JP2007141198A - Theft prevention device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To announce theft by ringing of a buzzer when an article stored in a case is taken out. <P>SOLUTION: This theft prevention device is comprised of: the case K having an opening 1 for putting in/out of the article; a guide means B provided to the case in the opposite direction of the opening from the opening; an insertion member 4 guided by the guide means and inserted so as to slide; a stopper 6 provided on the side edge of the opening of the insertion member so as to inhibit extraction of the article; and a locking means C provided to the case or the opposite surface between the guide means and the insertion member so as to stop slide of the insertion member in the bail-out direction in accordance with termination of insertion of the insertion member. A structure of providing the insertion member with an alarm buzzer 22 which holds power supply and an ON, OFF switch 23 of the alarm buzzer, and of facing the switch to the inside of the case so as to be an OFF state by pressing back an action piece 25 of a button 24 of the switch with the article in the case, is adopted. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an anti-theft device for preventing a disk on which music or video of a product stored in a case, for example, of a manufacturer in a case displayed in a shop, from being stolen.

  When the case storing the disc is displayed in the shop, the storage case is opened and the disc in the storage case can be taken out, so that the disc is stolen (Patent Document 1).

  Therefore, the above-mentioned storage case is packaged and displayed in a transparent synthetic resin bag.

  However, since the bag can be easily broken, the disk in the storage case is stolen.

  In view of the above points, by pushing in the lifting body as the locking device of the display case with the locking device, the pushing-up of the lifting body is maintained by the engagement relationship between the edge of the through hole as the locking means and the latching claw. There is one in which the upward sliding of the storage case in the display case is stopped to prevent the storage case from being taken out from the access opening on one side of the display case (Patent Document 2).

  However, it is possible to take out the storage case by damaging the upper and lower edges of the opening of the display case by using a tool by the customer at the time of display, and eliminating at least one edge of the opening and the storage case. As a result, the disk is stolen.

  Therefore, there is a self-sounding article monitoring device in which the clearing case for display is damaged and the product detection switch works by pulling out the product cassette from the clearing case and the alarm circuit is turned on to sound a buzzer. (Patent Document 3).

Japanese Patent Laid-Open No. 10-59409 (FIG. 9) JP-A-10-250739 Japanese Patent No. 3326164

  By the way, in the structure of the self-sounding article monitoring device of Patent Document 3, the self-sounding tag attached to the clear case is provided with a product detection switch and a power switch. After the product is inserted into the case, it is turned off when it comes in contact with the product as the self-sounding tag is pushed, and turned on when the product is separated from the product.

  The other power switch is a slide switch that is turned ON / OFF by a lock mechanism.

  That is, when the product is mounted on the clear case, the power switch is turned on after the detection switch is turned off. Therefore, the buzzer does not sound from the mounting of the self-sounding tag to the mounting of the product, and the power switch is turned on after being locked.

  According to such a configuration, two types of switches are used, and the power switch is also turned on after being locked, so that the circuit board to be incorporated in the self-sounding tag is enlarged.

  For this reason, there was a problem that the cost was significantly increased.

  Further, the locking claw for preventing the insertion member from being pulled out may be sheared by a customer pushing a thin ridge or rod.

  Then, the function of preventing the insertion member from being pulled out cannot be achieved.

  In addition, a buzzer sounds when a product is taken out to notify the theft, but there is also a problem that the buzzer can be stopped manually.

  In addition, there is no alarm even if the customer slides the insertion member in the exit direction (withdrawal direction), so that theft cannot be jeopardized and the presence of the alarm buzzer power capacity cannot be known. was there.

  Therefore, the present invention makes it possible to issue an alarm when a product is taken out from the display case (by a customer) with a very simple structure, and makes it difficult to pull out the insertion member, and slides the insertion member in the extraction direction. In addition to eliminating the inconvenience that does not fulfill the function of forced pushing of the locking claw of the locking means to prevent the alarm, it is detected that the alarm is manually stopped or the case is taken out of the store, and the insertion member Provide an anti-theft device that not only generates a warning by sliding in the direction of pulling out and informs the shop side of theft, but also makes the person who operated it know the presence or absence of the power supply of the alarm buzzer There is.

  In order to solve the above problems, the present invention includes a case having an opening for putting in and out a product on one surface of the periphery, and guide means as an insertion path provided in the case in the direction opposite to the opening from the opening, An insertion member inserted so as to be guided and slid by the guide means, a stopper provided at the opening side end of the insertion member to prevent the product from being removed, and the case or the guide means and the insertion member An alarm buzzer for holding a power source in the insertion member, and an alarm buzzer, comprising: an anti-theft device comprising locking means provided to stop sliding of the insertion member in the escape direction when insertion of the insertion member is completed on the opposing surface An ON / OFF switch is provided, and the operating piece of the button of this switch is pushed back by the product in the case so that the switch is turned off. Adopting said to face the inside of the case configured.

  Then, when the stopper or the case is destroyed and the product is taken out from the case, or when the locking means is released and the insertion member is pulled out, the push of the action piece by the product is released and the switch is turned on.

  For this reason, an alarm buzzer sounds.

  Also, a case having an opening for putting in and out the product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being guided by the guide means to slide Upon insertion of the insertion member, a stopper provided at the opening side end of the insertion member to prevent the product from being removed, and the insertion surface of the case or the guide means and the insertion member at the end of insertion. In the anti-theft device comprising locking means provided to stop sliding in the escape direction of the insertion member, an alarm buzzer for holding power at a predetermined position of the guide means and an ON / OFF switch for the alarm buzzer are provided, Push the operating piece of the button of this switch with the end of the insertion of the insertion member so that the switch is turned off. It was to adopt a configuration.

  Then, when the engagement relationship of the locking means is released and the insertion member is slid in the pulling direction, the push of the button by the insertion member is released, the switch is turned on, and an alarm buzzer sounds.

  Furthermore, a storage display case for an anti-theft object is formed by the box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and the display case is placed at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from the provided insertion port, and the display case is opened by the engagement relationship between the insertion member and the box and lid. In the anti-theft device, provided with a blocking engagement means, and provided with a locking means for preventing the insertion member from being pulled out when the insertion member is inserted into the insertion member and the display case. An alarm buzzer for holding the power supply and an ON / OFF switch for the alarm buzzer are provided, and the operation piece of the button of this switch is pushed back by the anti-theft object in the display case to switch the switch. The adopting a configuration in which to face into the display case so that the state of OFF.

  Then, when the engagement relationship of the engagement portion is released and the insertion member is slid in the pulling direction, the push of the action piece by the anti-theft object is released, the switch is turned on, and an alarm buzzer sounds.

  Also, a case having an opening for putting in and out the product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being guided by the guide means to slide Upon insertion of the insertion member, a stopper provided at the opening side end of the insertion member to prevent the product from being removed, and the insertion surface of the case or the guide means and the insertion member at the end of insertion. In the anti-theft device comprising locking means provided so as to stop sliding in the escape direction of the insertion member, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. Adopt a configuration where the button is pushed back by the product in the case and the switch is turned off so that the switch is turned off. Sometimes.

  Then, if the stopper or the case is destroyed and the product is taken out from the case, or if the locking means is released and the insertion member is slid in the pulling direction, the push of the button by the product is released and the switch is turned on. Become.

  For this reason, an alarm buzzer sounds.

  Furthermore, a storage display case for an anti-theft object is formed by the box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and the display case is placed at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from the provided insertion port, and the display case is opened by the engagement relationship between the insertion member and the box and lid. In the anti-theft device, provided with a blocking engagement means, and provided with a locking means for preventing the insertion member from being pulled out when the insertion member is inserted into the insertion member and the display case. An alarm buzzer for holding the power supply and an ON / OFF switch for the alarm buzzer are provided, and the button of this switch is pushed back by an anti-theft object in the display case to turn the switch off. Wherein employing the structure in which to face the inside of the display case so that the state.

  Then, when the engagement relationship of the engagement portion is released and the insertion member is slid in the pulling direction, the push of the button by the anti-theft object is released, the switch is turned on, and the alarm buzzer sounds.

  Also, a case having an opening for putting in and out the product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being guided by the guide means to slide The insertion member provided, a stopper provided at the opening side end of the insertion member so as to prevent extraction of the product, and the insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided so as to stop sliding in the extraction direction of the insertion member in the locking relationship, the locking means is used to insert the insertion member on a required surface of the insertion member. Accordingly, the required number of locking claws provided to be pushed back and not attracted to the magnet, and the locking claws are fitted into the wall of the case facing the locking claws to be in a locking relationship. And a case in which an anti-theft tag is provided on the insertion member, a case having an opening for putting in and out a product on one side of the periphery, and the case in the opposite direction of the opening from the opening. A guide means as an insertion path provided; an insertion member provided to slide while being guided by the guide means; and a stopper provided to prevent extraction of the product at the opening side end of the insertion member; The anti-theft device comprising locking means provided on the opposing surface of the case or guide means and the insertion member so as to stop the slide in the extraction direction of the insertion member in a locking relationship upon completion of insertion of the insertion member In the above, the locking means includes a locking claw that is not magnetically sucked and is magnetically sucked so as to be pushed back upon insertion of the insertion member on the required surface of the insertion member. The claw, the through-hole that engages with the locking claw that is not magnetically sucked into the wall of the case that faces the locking claw that is not magnetically absorbed, and the locking claw that is magnetically absorbed in the case are locked. It is comprised with an engaging part and the structure which provided the antitheft tag in the said insertion member is employ | adopted.

  Then, the locking means is prevented from being easily unlocked.

  Furthermore, the required number of locking claws provided so that the locking means is pushed back to the required surface of the insertion member as the insertion member is inserted, and the locking claw on the wall of the display case facing the locking claw Is configured with a through hole provided so as to be fitted and locked, and the insertion member is provided with a stopper that prevents the locking claw from being pushed from the unlocking position by pushing back, The required number of locking claws provided so that the locking means is pushed back on the required surface of the insertion member as the insertion member is inserted, and the locking claws fit on the wall of the case facing the locking claws. And is provided with a through hole provided so as to be in a locking relationship, and is brought into contact with either the case, the guide means or the insertion member at a position where the locking relationship is released by pushing back the locking claw. Stops to stop pushing the pawl Employs a structure provided with projections, to avoid shearing of the locking claw accompanied generated pushing due thin rod or rods toward the engaging pawl from the through hole by the stopper and the stopper protrusion.

  In addition, the alarms that act when taking out goods and anti-theft objects from cases and display cases cannot be manually stopped, making them extremely useful for the prevention of theft, and are also provided on insertion members, cases, and display cases. Taking out to the store is detected by the anti-theft tag.

  Furthermore, a storage display case for an anti-theft object is formed by the box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and the display case is placed at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from the provided insertion port, and the display case is opened by the engagement relationship between the insertion member and the box and lid. In the anti-theft device, provided with a blocking engagement means, and provided with a locking means for preventing the insertion member from being pulled out when the insertion member is inserted into the insertion member and the display case. An alarm buzzer for holding a power supply and an ON / OFF switch for the alarm buzzer are provided, and an action member for turning on and off the switch is provided in the insertion path as the insertion member slides in the escape direction. A required number of locking claws provided with an action part for bringing the fixed range ON into condition and the locking means being pushed back upon insertion of the insertion member, and the wall of the display case A case having an opening for taking in and out of a product on one side of the periphery, and the case from the opening to the above-mentioned A guide means as an insertion path provided in the direction opposite to the opening; an insertion member guided by the guide means to be inserted into the insertion path; and the removal of the product at the opening side end of the insertion member The stopper is provided on the opposing surface of the case or the guide means and the insertion member so as to stop the insertion member from being slid in the withdrawal direction as the insertion member is inserted. In the anti-theft device comprising locking means, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer, and the switch according to the slide in the escape direction of the insertion member in the insertion path A required number of locking claws provided with an action portion for bringing the on / off action body into an ON state within a certain range and the locking means being provided so as to be pushed back to the insertion member upon insertion of the insertion member. And a through-hole having a locking relationship by fitting the locking claw through the front and back surfaces of the case wall.

  Further, a storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and the display case is placed at a required position. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from the provided insertion port, and the display case is opened by the engagement relationship between the insertion member and the box and lid. In the anti-theft device, provided with a latching means for blocking, and provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed with the insertion member and the display case. A required number of locking claws provided so that the means is pushed back to the insertion member as the insertion member is inserted, and a locking relationship is established by fitting the locking claws through the front and back surfaces of the display case wall. The above-mentioned insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. A through hole is provided so that the protruding end side of the working body is fitted into the wall of the display case and turned off when the insertion of the insertion member is completed. Configuration, a case having an opening for taking in and out the product on one side of the periphery, guide means as an insertion path provided in the case in the direction opposite to the opening from the opening, and the insertion being guided by the guide means An insertion member to be inserted into the path, a stopper provided at the opening side end of the insertion member to prevent the product from being removed, the case or the guide means, and the insertion portion The anti-theft device is provided with a locking means for preventing the insertion member from being pulled out in an engagement relationship with the end of the insertion of the insertion member, and the locking means is inserted into the insertion member. A required number of locking claws provided so as to be pushed back upon insertion of a member, and a through-hole provided so that the front and back surfaces penetrate the wall of the case so as to be in a locking relationship by fitting the locking claws In addition, an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer are provided on the insertion member, and the action body of the switch is pushed back and turned on as the insertion member is inserted. Furthermore, a configuration is adopted in which a through hole is provided in the wall of the case so that the protruding end side of the working body is fitted and turned off when the insertion of the insertion member is completed.

  And the said through-hole employ | adopted the structure which made the long hole so that a switch might be turned on via the action body which acts by an action part with the slide of a tolerance | permissible range while accept | permitting the slide of the insertion member in the escape direction slightly. To do.

  Furthermore, a case having an opening for putting in and out a product on one surface of the periphery, guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and guided by the guide means to the insertion path An insertion member to be inserted, a stopper provided at the opening side end of the insertion member so as to prevent extraction of the product, and the insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device provided with a locking means for preventing the insertion member from being pulled out in an engaging relationship, the required number of the locking means provided to be pushed back to the insertion member as the insertion member is inserted And a through-hole provided so as to have a locking relationship by fitting the locking claw through the front and back surfaces of the case wall. An alarm buzzer to be held and an ON / OFF switch for the alarm buzzer are provided, and a connecting portion of the bifurcated action body of this switch is rotatably attached to an insertion member through a pin, and one action piece of the action body is attached to the case. The guide means is caused to pass through a through-hole provided in the wall of the guide means so as to be pushed back by the stored product, and to come into contact with one of the action pieces of the action body and the product and to slide in the escape direction of the insertion member. A configuration is adopted in which the other operation piece is brought into contact with the button of the switch so that the switch is turned off when the switch is touched.

  As described above, according to the anti-theft device of the present invention, the stopper and the case are destroyed and the product is taken out from the case, or the engaging member is released from the engagement and the insertion member is slid in the extraction direction. The push of the action piece by the product is released and the switch is turned on.

  For this reason, an alarm buzzer sounds and it is effective in preventing goods from being stolen.

  And even if the gap between the product stored in the case or the display case and the action piece side varies, the pointed end side of the action piece can be pushed back by the stored product and the switch button can be pushed to be surely turned OFF. .

  For this reason, various gaps can be absorbed, and the object can be achieved by pushing the button of the switch.

  Further, when the engagement relationship of the locking means is released and the insertion member is slid in the pulling direction, the push of the button by the insertion member is released and the switch is turned on.

  For this reason, an alarm buzzer sounds and it is effective in preventing theft.

  Further, when the engagement relationship of the engagement portion is released and the insertion member is slid in the pulling direction, the push of the action piece by the anti-theft object is released and the switch is turned on.

  For this reason, an alarm buzzer sounds and it is effective in preventing theft.

  Also, if the stopper or case is destroyed and the product is taken out from the case, or if the locking relationship of the locking means is released and the insertion member is slid in the pulling direction, the button push by the product is released and the switch is turned on. Become.

  For this reason, an alarm buzzer sounds and it is effective in preventing theft.

  Further, when the engagement relationship of the engagement portion is released and the insertion member is slid in the pulling direction, the push of the button by the anti-theft object is released and the switch is turned on.

  For this reason, an alarm buzzer sounds and it is effective in preventing theft.

  Further, since the locking means is composed of the required number of locking claws and through holes provided in the insertion member with stopper and the case, it is not easy for the customer to release the locking relationship. Even if it is possible to release the locking claw that is not magnetically absorbed by the balance, it is impossible to release the magnetically absorbed locking claw that is in the concealed state, and theft. It exhibits a unique effect that helps prevent it.

  In addition, the stopper provided on the insertion member prevents the locking claw from being pushed in from the state of disengagement of the engagement relationship, so that it is possible to prevent the locking claw from being forced to be pushed by a thin rod or rod inserted into the through hole. Can do.

  For this reason, shearing of the connecting base portion of the locking claw is prevented, and the function of the locking claw is not impaired.

  In addition, the stopper protrusion provided on the locking claw and the case, the guide means or the insertion member are in contact with each other to prevent the locking claw from being pushed in from the state of release of the engagement relationship. It is possible to prevent the pushing-in of the locking claw by a rod or a stick.

  For this reason, shearing of the connecting base portion of the locking claw is prevented, and the function of the locking claw is not impaired.

  Furthermore, even if you try to stop the alarm buzzer that sounds when the product or anti-theft object is removed from the case or display case by pushing the action piece or button (by putting your fingertip through the window), it will be blocked by the obstacle. In addition, the returned obstacle piece is positioned in front of the action piece and the button, thereby preventing the action piece and the button from being pushed by a driver or a bar.

  For this reason, it becomes impossible to stop the alarm buzzer, which helps prevent theft.

  Moreover, since the anti-theft tag is provided in the insertion member, case, and display case, it is possible to detect taking out of the store.

  Furthermore, if the customer releases the engagement relationship between the through-hole and the locking claw and slides the insertion member in the escape direction, the action part is actuated by the action part to turn on the switch, so an alarm buzzer sounds. Informs theft and is very effective in preventing theft.

  Then, after releasing the locking relationship between the through hole and the locking claw using the shop-side release tool, when the insertion member is pulled out and the insertion member is collected in the shop, the switch does not act on the action body by the action part. Is turned off.

  For this reason, the alarm buzzer has stopped under recovery.

  In addition, when the insertion member is inserted on the shop side, the action part is operated by the action part during the insertion, and a temporary (short) alarm sounds (when the insertion member is slid in the escape direction on the shop side) Also, you can know the capacity of the power supply.

  Furthermore, since the through hole is a long hole, when the insertion member is slightly slid in the escape direction by the customer, the action body is acted on by the action portion to turn on the switch.

  At this time, an alarm sounds, so that the insertion member is pushed and hesitated.

  In addition, when releasing the engagement relationship between the through hole and the locking claw by the customer, when the action body in the through hole is pushed in by the customer, the switch is turned on and an alarm buzzer sounds. At the same time, the alarm buzzer sounds to give the customer a sense of guilt and prevent theft.

  Of course, when the insertion member is removed from the case or display case at the shop side, or when the insertion member is inserted, the action body is pushed back to turn on the switch (temporarily), so an alarm sounds to know the capacity of the power supply. You can also.

  Furthermore, the one-side action piece of the bifurcated action body is pushed back by the product stored in the case through the penetration window, and this push-back pushes the button by the other action body to turn off the switch. By pulling out, one working piece is not pushed back by the product.

  For this reason, there is no push of the button of the other action piece, and the switch can be turned on to issue an alarm to notify theft.

  Then, the sliding member is slid in the exit direction, the collision between the stopper and the product is avoided, the product is removed, and the slider is slightly slid in the pushing-back direction, so that one of the working pieces is inserted (dropped) into the through-hole. Therefore, the push of the button by the other action piece is lost, the switch is turned on, and an alarm sounds by this turning on.

  For this reason, it is possible to know the capacity of the power supply very easily, and it is not necessary to detect the capacity of the power supply which is troublesome.

  That is, it is not necessary to insert the insertion member into the case after removing the insertion member from the case.

  Embodiments of the present invention will be described below with reference to the accompanying drawings.

  In the first embodiment of the present invention, as shown in FIGS. 1 to 5, an opening 1 for putting in and out the product A is provided on the entire surface of the display case K.

  As shown in FIG. 1, the case K is composed of opposing side walls 2 and 2 and peripheral walls 3 that connect the upper and lower edges of both side walls 2 and 2, one side edge, and the lower edge. For example, it is obtained by a molded product of synthetic resin.

  As the product A to be taken in and out, for example, a storage case for a disc shipped from a manufacturer, a video tape or other anti-theft object for preventing theft at the time of display is stored in a case K.

  The case K is provided with guide means B as an insertion path directed from the opening 1 to the opposite direction of the opening 1, and the insertion member 4 is inserted into the guide means B.

  In the illustrated case, the guide means B includes a partition wall 5 and a peripheral wall 3 that are connected to the side walls 2 and 2 so as to be in parallel with each other at a predetermined interval below the peripheral wall 3 serving as a top wall. However, the insertion of the insertion member 4 may be guided by other configurations.

  For example, a protruding wall (not shown) that protrudes from one side wall 2 toward the other side wall 2 may be used.

  And the partition wall 5 (projection end) is not limited to the range of the full length of the surrounding wall 3 which opposes, You may provide only a required part interspersed.

  In short, what is necessary is just to guide the insertion member 4 to be inserted. That is, it functions as an insertion path for the insertion member 4.

  Furthermore, a stopper 6 is provided at the end of the insertion member 4 (the opposite end in the insertion direction) to close the opening 1 at the end of the insertion of the insertion member 4 and prevent the product A from being removed.

  In the illustrated case, the stopper 6 is attached to the end of the insertion member 4 via a pin hinge 7 as a joint portion so that the stopper 6 can be raised and lowered. When the pin hinge 7 is housed in the guide means B, the stopper 6 8 to prevent the undulations from swinging and maintain the partial closure of the opening 1 by the stopper 6, and when the portion of the pin hinge 7 withdrawn from the insertion member 4 escapes from the guide means B, the stopper 6 is raised as shown in FIG. The product A can be taken out (removed) from the case K by rotating in the direction so that the opening 1 is not closed by the stopper 6.

  The reason is that the product A can be extracted without completely pulling out the insertion member 4 from the guide means B. However, the insertion member 4 and the stopper 6 may be provided integrally without being limited thereto. Absent.

  Of course, the joint portion is not limited to the pin hinge 7 and may be a half-cut hinge or the like.

  Further, the opposing surface of the case K or the guide means B and the insertion member 4 is in a locking relationship with the end of the insertion of the insertion member 4, and the sliding of the insertion member 4 in the escape direction (toward the opening 1 side) is stopped. Locking means C is provided.

  In the illustrated case, the locking means C has difficulty in releasing the locking relationship (for example, Japanese Patent Application No. 2004-370363), and therefore, the locking claw 11 that is not magnetically absorbed and the locking claw 13 that is magnetically absorbed Therefore, the insertion member 4 has a notch 10 inserted into the insertion member 4 and protrudes in the direction of the peripheral wall 3 facing the partition wall 5. The protrusions are magnetically absorbed (in the case shown, the iron piece 12 is attached, but the entire piece can be provided by a metal that is magnetically absorbed) and the insertion member 4 is pushed back with the insertion. The locking claw 11 that is not magnetically absorbed and the locking claw 13 that is magnetically absorbed are pushed back (in contact with the peripheral wall 3 and the partition wall 5), and the locking that is not magnetically absorbed by the push-back force when the insertion of the insertion member 4 is completed. So that the nail 11 fits into a locking relationship Holes, recesses, protrusions, etc. provided in the partition wall 5 so that the engaging portions 14 of the through-holes provided in the peripheral wall 3 and the engaging claws 13 that are magnetically absorbed by the push-back force are fitted into the engaging relationship. However, the present invention is not limited thereto, and may be a single locking claw 11 that is not magnetically absorbed or a single locking claw 13 that is magnetically absorbed.

  Of course, the arrangement positions of the latching claws 11 and the latching portions 14 are not limited to the above, and other positions in the above-described latching relationship, for example, the side wall 2 of the case K facing the insertion member 4 may be used. Good.

  T is an anti-theft tag.

  In short, the sliding of the insertion member 4 in the extraction direction by the customer is stopped by the engagement relationship of the locking means C as the insertion of the insertion member 4 ends.

  As an example of releasing the locking relationship of the locking means C, for example, as shown in FIG. 6, the projections Y of the release tool X are pushed into the holes of the locking portion 14 to push back the locking claws 11 that are not magnetically absorbed. Thus, the locking relationship between the locking claw 11 and the locking portion 14 is released, and the locking claw 13 that is magnetically absorbed is magnetically absorbed by the magnet Z of the release tool X, so that the locking portion 14 and the locking claw are 13 is released.

  In this state, as shown in FIG. 7, when the photographer 104 is gripped and the slider 102 is pulled toward the front side, the projection 103 of the slider 102 is caught by the stopper 6 and the insertion member 4 is slid in the escape direction. When the slider 102 stops drawing, the pin hinge 7 of the stopper 6 escapes from the guide means B, and this escape distance is the distance between the front and rear locking means C, and the stopper 6 is retracted to a position where the product a can be removed. But other methods, such as inserting a plate or saddle to push back the locking claw, and by this push back, the locking relationship between the locking claw and the locking part is released, After the release, the plate member and the saddle member may be drawn and the insertion member may be slid in the escape direction (not shown because it is well known).

  In short, what is necessary is just to push back the locking claw 11 by fitting a protrusion into the hole of the locking portion 14 and to release the locking relationship of the locking means C.

  Further, the insertion member 4 is provided with an alarm buzzer 22 for holding a power source (battery) 21 and an ON / OFF switch 23 for the alarm buzzer 22, and an operating piece for operating (ON, OFF) the button 24 of the switch 23. 25 is pushed back by the product A stored in the case K, the button 24 is pushed, and the switch 23 is put in the case K so as to be in the OFF state.

  The action piece 25 penetrates the through hole 26 of the partition wall 5 so that the tip side protrudes into the case K.

  In addition, if the action piece 25 is bent into a U-shape as shown in the figure (may be an arc shape) and is formed of a flexible material, the upper surface of the product A stored as shown in FIG. Even if the gap with the lower surface of the partition wall 5 varies, the gap can be absorbed by deforming the action piece 25, and the switch 23 can be turned off reliably.

  The problem of seeing through the power supply 21, the alarm buzzer 22, and the switch 23 (also the action piece 25) due to the transparency of the case K may be hidden by an opaque cover (not shown).

  In the figure, 27 is a swinging support shaft of the action piece 25, and 28 is a window provided on the side wall 2.

  With the above configuration, when the product A is taken out from the case K due to destruction of the stopper 6 or the case K (for example, from the edge of the window 28 toward the periphery of the case K) by the customer at the time of display at the shop, The push of the action piece 25 by A is released, the push of the button 24 is released, and the switch 23 is turned on.

  For this reason, the alarm buzzer 22 sounds to notify the theft of the product A.

  Further, even if the locking relation by the locking means C is released and the insertion member 4 is slid in the direction of removal, the push of the button 24 through the action piece 25 by the product A is released and the switch 23 is turned on. And the buzzer 22 sounds.

  When the product A is stored in the case K at the shop, the button 24 is shown in the figure by sliding slightly in the direction in which the insertion member 4 is pulled out and the guide means B (partition wall 5 in the figure) and the action piece 25 abut. Since the switch 23 is turned OFF in the push state shown in FIG. 8, the alarm buzzer 22 does not sound.

  The slight slide in the direction in which the insertion member 4 is pulled out may be only one pitch slide in which the locking piece 11 is locked to the next locking portion 14.

  That is, when the pin hinge 7 escapes from the guide means B with a one-pitch slide, the stopper 6 can be swung (turned), and insertion of the product A from the opening 1 is not hindered.

  Then, after the product A is stored in the case K, the insertion member 4 is pushed in, so that the button 24 is pushed by the contact between the product A and the action piece 25 and the switch 23 is turned off.

  In the second embodiment of the present invention, as shown in FIG. 9, an alarm buzzer 22 for holding the power source 21 and an ON / OFF switch 23 for the alarm buzzer 22 are provided at predetermined positions of the guide means B. As the insertion of the insertion member 4 is completed, the switch 23 is turned off by the push of the insertion member 4.

  Although the above-mentioned alarm generating means is arranged at the back of the guide means B and the switch 23 is turned off by the insertion direction end of the insertion member 4, it is not limited, and the arrangement position may be determined as appropriate. .

  And the case K without the through-hole 26 of 2nd Embodiment, the goods A, the insertion member 4 which has the stopper 6, the structure of the guide means B, the latching means C, and the latching means C for pulling out the insertion member 4 The operation method of the release tool X for releasing the locking relationship is the same as in the first embodiment, and the description thereof is omitted.

  In the illustrated case, the button 24 of the switch 23 is pushed (by the insertion member 4) through the action piece 25, but the button 24 may be pushed directly.

  If comprised as mentioned above, the goods A will be accommodated in the case K, the insertion member 4 will be inserted next, and a part of opening 1 will be closed by the stopper 6. FIG.

  Then, removal of the product A from the case K at the time of display is blocked by the stopper 6.

  When the locking relationship of the locking means C by the customer is released and the insertion member 4 is slid in the pulling direction, the push of the button 24 by the insertion member 4 is released, the switch 23 is turned on, and the alarm buzzer 22 sounds.

  For this reason, the theft of the product A is notified.

  In addition, since the effect of the action piece 25 is the same as that of 1st Embodiment, description is abbreviate | omitted.

  In the third embodiment of the present invention, as shown in FIGS. 10 to 13, a box 31 and a lid provided on one side of the box 31 via a hinge 34 so as to open and close the opening of the box 31. 33 forms a display case K ′ for storing the anti-theft object A ′.

  The box body 31 and the lid body 33 are constituted by a main wall 35 and a peripheral wall 36 that extends from the edge of the main wall 35 and protrudes toward the back side of the main wall 35 in the illustrated case. Although 36 is fitted on the outer side of the peripheral wall 36 of the box 31, the fitting may be reversed or the peripheral wall 36 may be abutted.

  In the illustrated case, both the peripheral walls 36, 36 are also provided on the entire edge of the main wall 35. However, only a necessary part of the edge, for example, only a corner part, a middle part is missing, or only a necessary part. May be provided.

  In the illustrated example, the hinge 34 is a pin hinge, but a half-cut hinge may be provided at a connecting portion of a peripheral wall on one side connecting the box 31 and the lid 33.

  The anti-theft object A ′ may be, for example, a disk storage case or a video tape shipped from a manufacturer.

  An insertion member 38 guided by a guide means B ′ as an insertion path provided in the display case K ′ is inserted from an insertion port 37 provided in a required position of the display case K ′. Engaging means D for preventing the display case K ′ from being opened is provided on the box body 31 and the lid body 33 by an engaging relationship.

  In the illustrated case, the guide means B ′ having the insertion port 37 projects the edges of the main walls 35 of the box body 31 and the lid body 33 facing the hinges 34 outwardly from the peripheral wall 36, and this projecting edge. A corner having an opening as an insertion port 37 at one end by an L-shaped connecting wall 39 and a peripheral wall 36 which project inward from each other so as to face each other in parallel with the peripheral wall 36 and are closed as the display case K ′ is closed. The guide is formed by forming a tube. However, the guide is not limited to the outside of the peripheral wall 36, and the insertion port 37 is provided in the peripheral wall 36 so as to be positioned inside the peripheral wall 36, and the rail protrusions on the back surfaces of both the main walls 35 and 35. May be provided as guide means (not shown).

  Of course, the peripheral wall 36 constituting the guide means B ′ is also provided over the entire length of the edge of the main wall 35 in the illustrated case, but is not limited, and may be provided in a necessary portion, that is, in a dotted manner.

  In short, the present invention is not limited to the above configuration, and the insertion of the insertion member 38 may be used as a guide in other configurations.

  The position where the guide means B ′ is provided is not limited to the edge parallel to the illustrated hinge 34.

  In the illustrated case, the engaging means D is provided with two projecting strips 40 projecting toward the insertion member 38 on both connecting walls 39 (not limited to the upper side but may be provided up and down). The strip 40 is held by the edges of both side walls 41 of the insertion member 38 having an H-shaped cross section (shown in FIG. 13), and the insertion member 38, the box body 31 and the lid body 33 are engaged with each other. Although the opening is prevented, the insertion member 38 inserted by the other engaging means D may serve as a key to prevent the display case K ′ from being opened.

  For example, the opposing surfaces of both the connecting walls 39, 39 are overlapped with the closure of the lid 33, and both protruding portions (inward) of this overlapping portion are held by both side walls 41 of the insertion member 38 and closed. You may make it maintain (illustration omitted).

  Further, the insertion member 38 and the display case K ′ are provided with a locking means C for preventing the insertion member 38 from being pulled out in a locking relationship as the insertion of the insertion member 38 is completed.

  The structure and operation of the above-described locking means C, and the method of pulling out the insertion member 38 in a situation where the locking relationship of the locking means C using the release tool X for pulling out the insertion member 38 is released is the first. The description is omitted because it is the same as the embodiment.

  Of course, even if the locking means C is the peripheral wall 36 of the display case K ′ or the connecting wall 39 constituting the guide means B ′ integrated with the display case K ′ (the insertion member 38 and the display case K ′ are related). According to the description of providing the stopping means C).

  Further, the insertion member 38 is provided with an alarm buzzer 22 for holding the power source 21 and an ON / OFF switch 23 for the alarm buzzer 22. The action piece 25 of the button 24 of the switch 23 is accommodated in the display case K '. It is pushed back in contact with a certain anti-theft object A ′, and the button 24 is pushed by this pushing back so that the switch 23 is turned off.

  The structure for supporting the action piece 24 and facing the action piece 25 in the display case K ′ is the same as in the first embodiment, and the description thereof is omitted.

  In the case shown in the figure, the locking portion 14 is provided so as to be used also as a through hole for pushing the protrusion Y of the release tool X into the connecting wall 39 because the guide means B is provided outside the peripheral wall 36. When the guide means B is provided in the ′, the locking portion 14 is provided on the peripheral wall 36.

  With the above configuration, after storing the anti-theft object A ′ in the display case K ′ and closing the display case A ′, the insertion member 38 is inserted by the guidance of the guide means B, Due to the locking relationship of the stopping means C, the insertion member 38 is prevented from being pulled out.

  At this time, since the action piece 25 in the display case K ′ is pushed back and the button 24 is pushed, the switch 23 is turned OFF.

  Then, the display case K ′ is prevented from being opened and the antitheft object A ′ is prevented from being removed.

  However, when the locking relationship of the locking means C by the customer is released and the anti-theft object A ′ is taken out from the opened display case K ′, the push of the action piece 25 by the anti-theft object A ′ is released and the switch 23 is turned on and the alarm buzzer 22 sounds to notify theft.

  In addition, since the effect of the action piece 25 is the same as that of 1st Embodiment, description is abbreviate | omitted.

  In the fourth embodiment of the present invention, as shown in FIG. 14, an opening 1 for putting in and out the product A is provided on the entire surface around the display case K.

  The case K is provided with guide means B as an insertion path directed from the opening 1 to the opposite direction of the opening 1, and the insertion member 4 is inserted so as to be guided by the guide means B.

  Furthermore, a stopper 6 that closes a part of the opening 1 at the end of the insertion of the insertion member 4 is provided at the end of the insertion member 4.

  The insertion member 4 is provided with an alarm buzzer 22 for holding the power source 21 and an ON / OFF switch 23 for the alarm buzzer 22.

  Further, the opposing surface of the case K or the guide means B and the insertion member 4 is engaged with the insertion of the insertion member 4 to stop the sliding of the insertion member 4 in the escape direction (toward the opening 1). Stop means C is provided.

  The case K, the guide means B, the insertion member 4 having the stopper 6 and the locking means C are the same as those in the first embodiment, and the operational effects are omitted.

  And since the cancellation | release of the latching relationship of the latching means C using the cancellation | release tool X is the same as that of 1st Embodiment, description is abbreviate | omitted.

  The button 24 of the switch 23 is passed through a through hole 51 provided in the partition wall 5 of the guide means B so as to face the inside of the case K (in the storage space for the product A) and stored with the protruding end of the button 24. The button 24 is pushed in accordance with the contact with the product A so that the switch 23 is turned off.

  Then, the stopper 6 and the case K are destroyed by the customer at the time of display in the shop. When the product A is taken out from the case K, the push of the button 24 by the product A is released and the switch 23 is turned on.

  For this reason, the alarm buzzer 22 sounds to notify the theft of the product A.

  In the fifth embodiment of the present invention, as shown in FIGS. 10, 11, 13, and 15, a box 31 and a hinge 34 are provided on one side of the box 31 so as to open and close the opening of the box 31. The display case K ′ for the anti-theft object A ′ is formed with the lid 33.

  Then, an insertion member 38 guided by guide means B ′ as an insertion path provided in the case K ′ is inserted from an insertion port 37 provided in a required position of the case K ′, and the insertion member 38 and the box body are inserted. 31 and the lid 33 are provided with engaging means D for preventing the display case K ′ from being opened, and the insertion member 38 and the case K ′ are engaged with each other when the insertion member 38 is completely inserted, and the insertion member 38 is removed. A locking means C for stopping the sliding in the direction is provided.

  The configuration and operational effects of the case K ′, the guide means B ′ having the insertion port 37, the engaging means D, and the locking means C are the same as in the third embodiment, and the description thereof is omitted.

  The method of releasing the locking relationship of the locking means C (using the release tool X) is the same as in the first embodiment, and the description thereof is omitted.

  The insertion member 38 is provided with an alarm buzzer 22 for holding the power source 21 and an ON / OFF switch 23 for the alarm buzzer 22.

  Then, the button 24 of the switch 23 is passed through a through hole 51 (the through hole 51 is provided in the peripheral wall 36 in the case of illustration) where the inside of the guide means B ′ and the case K ′ communicate with each other. The button 24 is pushed by the contact between the protruding end of the button 24 and the anti-theft object A ′ stored in the case K ′, and the switch 23 is turned off.

  Then, the case K ′ is destroyed by the customer at the time of display at the shop, or when the insertion member 38 is pulled out to open the case K ′ and take out the anti-theft object A ′, the push of the button 24 is released and the switch 23 is turned on. Since it is turned on, the alarm buzzer 22 sounds and informs theft.

  In the sixth embodiment of the present invention, the locking relationship of the locking claw 13 that is magnetically sucked by the release is released from the predetermined positions of the insertion members 4 and 38 of the first to fifth embodiments. The anti-theft tag T is provided at a position far away from the magnet Z so as not to be affected by the magnet Z).

  As is well known, the tag T has, for example, a unique ID code, and when passing through the store entrance, the resonance circuit resonates due to the generation of a high-frequency electromagnetic field installed at the entrance, and the unique ID code is transmitted. Along with this, it modulates the high-frequency electromagnetic field and detects the cases K and K 'being taken out of the store.

  In the seventh embodiment of the present invention, as shown in FIGS. 16 and 17, a display case K having an opening 1 for taking in and out a product A on one side of the periphery, and the opening 1 to the opening 1 of the case K are provided. A guide means B as an insertion path provided in the opposite direction, an insertion member 4 provided to slide while being guided by the guide means B, and a part of the opening 1 at the opening 1 side end of the insertion member 4 The stopper 6 provided so as to close the case, the case K or the guide means B, and the insertion member 4 are pushed back as the insertion member 4 is inserted, and the insertion member 4 is pulled out as the insertion member 4 is inserted. The anti-theft device is formed by the locking means C that is locked to stop the slide in the (escape direction).

  Since the case K, the guide means B, and the insertion member 4 with the stopper 6 are the same as those in the first embodiment, the description of the configuration and operation is omitted.

  The above-mentioned locking means C are engaged with a required number of non-sucking locking claws 61 that are pushed back as the insertion member 4 is inserted into a required surface around the insertion member 4 and a wall of the case K that faces the locking claw 61. It comprises a through-hole 62 provided so that the pawl 61 fits into a locking relationship.

  A plurality of the locking claws 61 are provided side by side on a line in the sliding direction of the insertion member 4 and provided on the surface facing the peripheral wall 3 of the insertion member 4, but may be provided on the side wall 2 side.

  The through hole 62 is also provided in the peripheral wall 3 facing the locking claw 61, but is also provided in the wall facing the locking claw 61 at the arrangement position, for example, the side wall 2.

  The locking claw 61 is provided with the insertion member 4 integrally with the insertion member 4 inside the cut 10 when the insertion member 4 is molded with the synthetic resin as in the first embodiment. Can also be provided.

  If comprised as mentioned above, after accommodating the goods A in the case K from the opening 1, it is made to guide by the guide means B, and the insertion member 4 is inserted.

  As the insertion of the insertion member 4 is completed, the insertion member 4 is prevented from sliding in the extraction direction due to the engagement relationship between the engagement claw 61 of the engagement means C and the through hole 62.

  And since a part of opening 1 is closed by the stopper 6, it prevents extraction of the goods A from the case K, and helps prevention of theft.

  The locking relationship of the locking means C is released by matching the projection of the release tool without the magnet of the first embodiment with the through-hole 62 and then pushing the projection into the through-hole 62 to The locking relationship of the locking claw 61 is released, and the insertion member 4 can be slid in the extraction direction, and the insertion member 4 is extracted, or the next through-hole 62 and the locking claw 61 are locked. After the insertion member 4 is stopped by only one pitch slide, the stopper 6 having the joint fulcrum is pulled up to take out the product A.

  In addition, what is necessary is just to determine the number and arrangement | sequence of the latching claw 61 suitably.

  The insertion member 4 is provided with an anti-theft tag T.

  Then, it is detected that the case K has been taken out of the store and is effective in preventing theft.

  The anti-theft tag T is the same as in the sixth embodiment, and a description thereof will be omitted.

  In the eighth embodiment of the present invention, as shown in FIGS. 18 and 19, the locking means C includes a locking claw 61 that is provided on the peripheral required surface of the insertion member 4 and is not magnetically absorbed, and a magnetically absorbed locking. When the insertion of the insertion member 4 on the wall of the case K and the insertion of the insertion member 4 are completed, the locking claw 61 is locked and the locking claw 63 is locked when the insertion member 4 is inserted. It is comprised with the engaging part 64. FIG.

  The insertion member 4 locking claw 61 having the case K, the guide means B, and the stopper 6 of the eighth embodiment is the same as that of the seventh embodiment, that is, similarly to the first embodiment, and is not magnetically absorbed. The release of the locking relationship using the release tool Z of the locking claw 61 and the magnetically absorbed locking claw 63 and the prevention of the extraction of the product A by the stopper 6 are the same as in the first embodiment, and the description thereof is omitted.

  And, in the case of the illustration, the engaging claw 63 that is magnetically sucked is provided with an incision 10 when the insertion member 4 is formed of synthetic resin in the same manner as the engaging claw 61, and is provided inside the incision. Although fixed and magnetically absorbed, the insertion member 4 may be provided with an end of a locking claw 63 made entirely of metal.

  In the illustrated example, the locking claw 61 is provided on the surface facing the peripheral wall 3 of the insertion member 4, and the locking claw 63 is provided on the surface facing the partition wall 5 of the guide means B. What is necessary is just to provide in the desired surface of 4 surrounding 4 surfaces.

  Naturally, the through hole 62 and the engaging portion 64 are also provided so as to face the locking claws 61 and 63.

  The locking part 64 is provided by a recessed part or a protrusion.

  The locking claw 61 that is not magnetically absorbed and the locking claw 63 that is magnetically absorbed are caused by the fact that the locking claw 61 is pushed back with a thin scissors or the like and the locking relationship with respect to the through hole 62 is released. It is to exhibit a special effect that cannot be released (becomes difficult) by the engaging portion 64 in the concealed state and the magnetically absorbed locking claw 63.

  That is, it is to solve the problem that the locking relationship is easily released as in the case of a well-known single locking claw that is not magnetically absorbed or a locking claw that is magnetically absorbed.

  And the anti-theft tag T is provided in the insertion member 4, and taking out of the case K out of a store is detected, and an effect is shown in anti-theft.

  The anti-theft tag T is the same as in the sixth embodiment, and a description thereof will be omitted.

  In addition, the case K having the opening 1 of each embodiment is not limited to an integrally molded product made of a synthetic resin in which the opening 1 is provided on one surface of the periphery shown in FIG. 1 and a guide means B ′ comprising a cover body 33 and a lid body 33, one side of which is connected by a hinge 34, and having an insertion port 37 on the opening side. A case K in which the insertion member 38 guided by B ′ is inserted and the lid 33 is prevented from being opened to the box 31 by the engaging means D similar to the third embodiment may be used.

  Naturally, the stopper 6 is provided on the insertion member 38.

  The stoppers 6 of the fourth and seventh embodiments have the pin hinge 7 as a joint fulcrum, but the presence or absence of the pin hinge 7 is free.

  When the pin hinge 7 is provided, when the pin hinge 7 escapes from the guide means B as in the first embodiment, the stopper 6 can be raised to close the opening 1 by the stopper 6.

  In the ninth embodiment of the present invention, as shown in FIGS. 21, 22, and 23, an opening 1 for taking in and out the product A is provided on one surface around the case K.

  Since the configuration of the case K and the description of the product A are the same as those in the first embodiment, the description is omitted.

  The case K is provided with guide means B as an insertion path directed from the opening 1 to the opposite direction of the opening 1, and the insertion member 4 is inserted into the guide means B and the end of the insertion member 4 (opposite to the insertion direction). At the side end), a stopper 6 is provided that closes a part of the opening 1 with the insertion of the insertion member 4 and prevents the product A from being removed.

  The guide B is the same as in the first embodiment, and a description thereof will be omitted.

  The stopper 6 is provided via the pin hinge 7, but is not related to the presence or absence of the pin hinge 7, and the operation and effect of the pin hinge 7 is the same as in the first embodiment, and the description thereof is omitted.

  Further, the opposing surface of the case K or the guide means B and the insertion member 4 is pushed back as the insertion member 4 is inserted, and is locked when the insertion is completed. The latching claw 61 and the through-hole 62 as the latching means C similar to 8 embodiment are provided.

  A plurality of the locking claws 61 are provided on the line in the insertion direction of the insertion member 4 (the number is not limited to the illustration), and the through hole 62 is inserted into the wall (the peripheral wall 3) of the case K. At the end, the locking claw 61 is fitted into the locking relationship.

  The configuration of the locking claw 61 is the same as in the first embodiment, and the description thereof is omitted (some parts may be attached).

  Also, the method of releasing the engagement relationship using the release tool of the locking means C on the shop side is the same as in the first embodiment, and the description thereof is omitted.

  In addition, the insertion member 4 is provided with a stopper 101 that prevents the locking claw 61 from being pushed in from the state of release of the locking relationship.

  In the illustrated case, the stopper 101 is integrally molded when the insertion member 4 is molded with synthetic resin. However, the stopper 101 may be provided by attaching another component.

  The reason why the stopper 101 is provided is that when the locking claw 61 is pushed back while the customer pushes a thin hook or rod 111 (as shown by a chain line in FIG. 22) into the through-hole 62, the free end side of the locking claw 61 is moved to the stopper 101. The abutment (as shown in FIG. 22) prevents the locking claw 61 from being pushed in (from the released state) under the released state of the locked relationship.

  As a result, the locking claw 61 is prevented from being pushed to a deep position due to the forced pressing, and there is no shearing (breaking) of the connecting portion of the locking claw 61 with respect to the insertion member 4. That is, the release of the locking relationship of the locking means C due to the shearing of each locking claw 61 is eliminated, which helps prevent theft.

  In the illustrated case, the insertion member 4 is provided with an alarm buzzer 22 that holds the same power supply 21 as in the first embodiment, the switch 23, and the action piece 25 of the button 24, and the engaging claw 61 that does not absorb the magnetic However, the presence or absence of the alarm buzzer 22 or the magnetically absorbed locking claw 13 may be determined as appropriate.

  In the tenth embodiment of the present invention, as shown in FIGS. 24, 25 and 26 (shown in FIGS. 10, 11 and 14), the box 31 and the box 31 so as to open and close the opening of the box 31. A storage case K ′ for storing an anti-theft object A ′ is formed with a lid 33 provided on one side via a hinge 34.

  The description of the anti-theft object A ′ and the configuration of the display case K ′ are the same as in the third embodiment, and the description thereof is omitted.

  An insertion member 38 guided by a guide means B ′ as an insertion path provided in the display case K ′ is inserted from an insertion port 37 provided in a required position of the display case K ′. Engagement means D (shown in FIG. 14) is provided on the box body 31 and the lid body 33 to prevent the display case K ′ from being opened due to the engagement relationship.

  The configuration of the guide means B ′ having the insertion port 37 and the configuration and operation effects of the engaging means D are the same as in the third embodiment, and the description thereof is omitted.

  Further, the insertion member 38 and the display case K ′ are pushed back with the insertion of the insertion member 38, and are in a locking relationship with the end of the insertion to stop the slide for preventing the insertion member 38 from being pulled out. A locking claw 61 and a through-hole 62 are provided as locking means C similar to the embodiment.

  A plurality of the locking claws 61 are provided on the line in the insertion direction of the insertion member 38 (the number is not limited to the illustration), and the through-hole 62 is provided at the end of insertion of the insertion member 38 on the wall of the display case K ′. At the same time, the locking claw 61 is fitted so as to have a locking relationship.

  The configuration of the locking claw 61 is the same as in the first embodiment, and the description thereof is omitted (some parts may be attached).

  And the release method of the locking relationship using the releasing tool of the locking means C on the shop side is the same as in the first embodiment, and the description thereof is omitted.

  In addition, the insertion member 38 is provided with a stopper 101 that prevents the locking claw 61 from being pushed in from the unlocking state.

  In the illustrated case, the stopper 101 is integrally molded when the insertion member 38 is molded with synthetic resin. However, the stopper 101 may be provided by attaching another component.

  The reason why the stopper 101 is provided is that when the customer pushes back the locking claw 61 while pushing a thin hook or rod (as shown in FIG. 22) into the through-hole 62, the stopper 101 touches the stopper 101 with the free end side of the locking claw 61. In contact therewith, the pushing of the locking claw 61 (from under the release state) is prevented.

  Then, the pushing of the locking claw 61 to a deep position is prevented with the forced pushing, and there is no shearing (breaking) of the connecting portion of the locking claw 61 with respect to the insertion member 38. That is, the locking means C is not released due to the shearing of the locking claws 61, which helps prevent theft.

  In the illustrated case, an alarm buzzer 22 that holds the same power source 21 as that of the first embodiment, the switch 23, and the action piece 25 of the button 24 are provided on the insertion member 38, and the engaging claw 61 that does not absorb the magnetic However, the presence or absence (along with) the alarm buzzer 22 or the magnetically attracted locking claw 13 may be determined as appropriate.

  Further, the anti-theft tag T is provided on the insertion member 4 of the ninth embodiment and the insertion member 38 of the tenth embodiment.

  The tag T will be described in the same manner as in the sixth embodiment.

  Then, it is possible to detect the case K, K ′ being taken out of the store.

  In the eleventh embodiment of the present invention, as shown in FIGS. 27 and 28, an opening 1 for taking in and out the product A is provided on the entire surface around the case K, and the opening 1 to the opening 1 are provided in the case A. A guide means B serving as an insertion path facing in the opposite direction is provided, and the insertion member 4 is inserted into the guide means B, and the insertion member 4 is inserted at the end of the insertion member 4 (the opposite end in the insertion direction). A stopper 6 is provided that closes a part of the opening 1 at the end and prevents the product A from being removed.

  Since the configuration of the case K, the description of the product A, and the guide means B are the same as those in the first embodiment, the description thereof is omitted.

  The stopper 6 is provided via the pin hinge 7, but it is not related to the presence or absence of the pin hinge 7, and the operation and effect of the pin hinge 7 are the same as in the first embodiment, and the description thereof is omitted.

  In addition, the opposing surface of the case K or the guide means B and the insertion member 4 is pushed back as the insertion member 4 is inserted, and becomes locked when the insertion is completed. The latching claw 61 and the through-hole 62 as the latching means C similar to 8 embodiment are provided.

  A plurality of the locking claws 61 are provided on the line in the insertion direction of the insertion member 4 (the number is not limited to the illustration), and the through hole 62 is inserted into the wall (the peripheral wall 3) of the case K. At the end, the locking claw 61 is fitted into the locking relationship.

  The configuration of the locking claw 61 is the same as in the first embodiment, and the description thereof is omitted (some parts may be attached).

  Also, the method of releasing the engagement relationship using the release tool of the locking means C on the shop side is the same as in the first embodiment, and the description thereof is omitted.

  Further, the locking claw 61 has a stopper projection 121 that abuts against the case K, the guide means B, or the insertion member 4 at a position where the locking claw 61 is released by pushing back to prevent the locking claw 61 from being pushed. Is provided.

  The stopper protrusion 121 is formed integrally with the locking claw 61 and formed on the free end side of the locking claw 61 in the case of molding with synthetic resin in the illustrated case. The part 121 may be fixedly provided.

  As shown in FIGS. 27 and 28, the contact point (part) of the stopper projection 121 for preventing the pushing of the locking claw 61 is a groove shape when a groove member whose one side surface is opened is used as the insertion member 4. A partition located on the open surface side when the stopper protrusion 121 is brought into contact with the upper surface of the bottom side wall (illustrated) of the material, or when the groove member (not illustrated) whose lower surface is opened is used for the insertion member 4. The stopper protrusion 121 is brought into contact with the wall 5, or the stopper protrusion 121 is brought into contact with a protruding wall (not shown) protruding from the inner surface of the one side wall 2 of the case K constituting the guide means B. Also good.

  The reason for providing the stopper protrusion 121 is that when the customer pushes back the locking claw 61 while pushing a thin hook or rod into the through hole 62 (see FIG. 22 of the ninth embodiment), the stopper protrusion 121 is locked. The abutment of the claw 61 with the free end side prevents the locking claw 61 from being pushed in from the unlocked state.

  As a result, there is no shearing (breaking) of the connecting portion of the locking claw 61 with respect to the insertion member 4 that occurs as a result of forced pressing. That is, it is useful for the anti-theft effect since the release of the locking relationship of the locking means C by shearing of the locking claw 61 is eliminated.

  In the case of illustration, the insertion member 4 is provided with an alarm buzzer 22 that holds the same power supply 21 as in the first embodiment, a switch 23, and an action piece 25 of a button 24 (not shown), and a locking claw that is not magnetically absorbed. The locking claw 13 that is magnetically attracted to 61 may be provided in combination with the anti-theft effect. Of course, the means for issuing an alarm and the presence or absence of the locking claw 13 that is magnetically absorbed may be determined as appropriate.

  In the twelfth embodiment of the present invention, as shown in FIGS. 29 and 30 (also shown in FIGS. 10 and 11), the box 31 and one side of the box 31 so as to open and close the opening of the box 31 A storage case K ′ for storing an anti-theft object A ′ is formed with a lid 33 provided via a hinge 34.

  The description of the anti-theft object A ′ and the configuration of the display case K ′ are the same as in the third embodiment, and the description thereof is omitted.

  An insertion member 38 guided by a guide means B ′ as an insertion path provided in the display case K ′ is inserted from an insertion port 37 provided in a required position of the display case K ′. Engagement means D (shown in FIG. 14) is provided on the box body 31 and the lid body 33 to prevent the display case K ′ from being opened due to the engagement relationship.

  The configuration of the guide means B ′ having the insertion port 37 and the configuration and operation effects of the engaging means D are the same as in the third embodiment, and the description thereof is omitted.

  Further, the insertion member 38 and the display case K ′ are pushed back with the insertion of the insertion member 38, and are in a locking relationship with the end of the insertion to stop the slide for preventing the insertion member 38 from being pulled out. A locking claw 61 and a through-hole 62 are provided as locking means C similar to the embodiment.

  A plurality of the locking claws 61 are provided on the line in the insertion direction of the insertion member 38 (the number is not limited to the illustration), and the through-hole 62 is provided at the end of the insertion of the insertion member 38 on the wall of the display case K ′. At the same time, the locking claw 61 is fitted so as to have a locking relationship.

  Since the structure of the locking claw 61 is the same as that of the first embodiment, the description thereof is omitted (some parts may be attached).

  And the cancellation | release method of the latching relationship using the cancellation | release tool of the latching means C on the shop side is the same as that of 1st Embodiment, and description is abbreviate | omitted.

  Further, the latching claw 61 is provided with a stopper projection that prevents the latching claw 61 from being pushed in contact with the case K ′, the guide means B ′, or the insertion member 38 at the unlocking position when the latching claw 61 is pushed back. A part 121 is provided.

  The configuration of the stopper protrusion 121, the contact point portion, and the factors to be provided are the same as in the eleventh embodiment, and a description thereof will be omitted.

  Since the operational effects are the same, the description thereof is omitted.

  In the case of illustration, the insertion member 38 is provided with an alarm buzzer 22 that holds the same power source 21 as in the first embodiment, a switch 23, and an action piece 25 of a button 24 (not shown), and a locking claw that is not magnetically absorbed. In some cases, a locking claw 13 that is magnetically attracted to 16 is provided, and this is very effective in preventing theft. Of course, what is necessary is just to determine suitably the means to issue a warning, and the presence or absence of the latching claw 13 attracted | sucked magnetically.

  The insertion members 4 and 38 of the eleventh and twelfth embodiments are provided with an anti-theft tag T.

  The tag T is the same as in the sixth embodiment, and a description thereof is omitted.

  Then, taking out the cases K and K ′ outside the store can be detected.

  In addition, in the description which provided the latching means C in the opposing surface of case K or the guide means B and insertion member of each embodiment, in the guide means side, the partition wall 5 provided in the case is connected to the case side This is because it can be provided on the side wall 2 other than the peripheral wall 3 of the case.

  The guide means B and B ′ as insertion paths provided in the case K and the display case K ′ are provided in parallel in the storage space for the product A of the case K and the display case K ′ and the antitheft object A ′. Or you may provide in parallel with the outer side of the surrounding walls 3 and 36 of case K or display case K '.

  Since the case K or the display case K ′ and the guide means B, B ′ are integrated, the case K with the guide means B and the display case K ′ with the guide means B ′ are obtained.

  In the thirteenth embodiment of the present invention, as shown in FIGS. 31 and 32, the window 28 for viewing the stored product A provided on the side wall 2 of the case K of the first embodiment is used to prevent the action piece 25 from being pushed in manually. The obstacle portion 131 is left behind.

  In the case of the illustration, the shape of the obstacle 131 remaining in the window 28 is provided so as to protrude, for example, in an arc shape so that the tip of the finger H to be inserted or other insert does not reach the action piece 25, but is not limited thereto. For example, when there is no problem in reducing the open area of the window 28, it may be provided in parallel with the guide means B. In short, the insertion of the action piece 25 is prevented by an insert (such as a finger).

  The structure of the case K (opening 1, guide means B) is the same as that of the first embodiment, and the insertion member 4 with a stopper 6 that is guided and inserted by the guide means B having the through hole 26, and further inserted. Locking means C that stops the sliding of the insertion member 4 in the escape direction in association with the end of the insertion of the member 4, the power supply 21, the alarm buzzer 22, and the button 24 ON / OFF working pieces provided on the insertion member 4. Description of the configuration and operational effects of the switch 23 having 25 is the same as in the first embodiment (of course, the description of the release method is also omitted).

  With the above configuration, when the product A is taken out from the case K due to the destruction of the stopper 6 or the case K as described in the first embodiment, the push of the action piece 25 by the product A is released and the button 24 is pressed. Is released, the switch 23 is turned ON and the alarm buzzer 22 sounds.

  However, immediately after the alarm buzzer 22 sounds, the finger H is inserted into the case K from the window 28, the action piece 25 is pushed, and the button 24 is pushed (for the purpose of stopping the alarm buzzer 22 that is sounding). Even so, the obstacle 131 prevents the fingertip from reaching the action piece 25.

  For this reason, the alarm buzzer 22 cannot be stopped and continues to inform the theft, which is very useful for preventing theft.

  In addition, as shown in the figure, if a saw-toothed point 132 that gives pain to the finger inserted into the edge of the obstacle 131 in the protruding direction is provided, the insertion of the finger can be reluctant.

  Moreover, the window 28 may be provided in the side walls 2 and 2 on both sides, respectively.

  At that time, the obstacle 131 is provided in both windows 28.

  In the fourteenth embodiment of the present invention, as shown in FIG. 33, the window 28 through which the stored product A is provided on the side wall 2 of the case K of the fourth embodiment is blocked by the obstacle portion 131 that prevents the button 24 from being pushed manually. Is provided.

  The obstacle portion 131 (shape) for preventing the push of the button 24 to remain in the window 28 is the same as in the thirteenth embodiment, and the description thereof is omitted.

  The structure of the case K (opening 1, guide means B), the insertion member 4 with the stopper 6 inserted by being guided by the guide means B, and the insertion member 4 are brought into a locking relationship with the end of the insertion of the insertion member 4. The locking means C for stopping the slide in the escape direction is the same as in the first embodiment, and a description thereof will be omitted.

  As in the fourth embodiment, the insertion member 4 is provided with an alarm buzzer 22 for holding the power source 21 and an ON / OFF switch 23 for the alarm buzzer 22, and the button 24 of the switch 23 is a guide means. The switch 23 is turned off by pushing the button 24 along with the contact between the protruding end of the button 24 and the stored product A through the through-hole 51 provided in the partition wall 5 of B and facing the case K. It is supposed to be in a state.

  Then, there exists an effect similar to 4th Embodiment.

  When configured as described above, the stopper 6 and the case K are destroyed as described in the fourth embodiment. When the product A is taken out from the case K, the push of the button 24 by the product A is released and the switch 23 is turned on. Then the alarm buzzer 22 sounds.

  However, even if the finger b is inserted into the case K from the window 28 and the button 24 is pushed immediately after the alarm buzzer 22 sounds, the obstacle part 131 prevents the fingertip from reaching the button 24 and continues to sound. Inform the theft.

  In addition, a serrated point 132 may be provided at the edge of the obstacle 131 in the protruding direction to exert the same effect as that of the thirteenth embodiment.

  And the window 28 which has the obstruction part 131 may be provided in the both-sides wall 2 of case K. FIG.

  In the fifteenth embodiment of the present invention, as shown in FIGS. 34 and 35, a window 28 for viewing the storage anti-theft object A ′ provided on the main wall 35 of the display case K ′ of the third embodiment is provided manually. The obstacle part 131 for preventing the action piece 25 from being pushed is provided.

  The obstacle portion 131 (shape) for preventing the pushing of the action piece 25 to remain in the window 28 is the same as in the thirteenth embodiment, and the description thereof is omitted.

  The structure of the display case K ′, the guide means B ′, the alarm buzzer 22 that holds the power source 21, the switch 23, and the action piece 25 that pushes the button 24 of the switch 23 (returned by the housed anti-theft object A ′). The insertion member 38, the locking means C that is locked when the insertion of the insertion member 38 is completed, and the engagement means D that prevents the display case K 'from being opened by the insertion of the insertion member 38. The configuration and the operational effects are the same as in the third embodiment, and the release method for releasing the locking relationship of the locking means C is also the same as in the first embodiment, and the description thereof is omitted.

  When the anti-theft object A ′ stored by destroying the display case K ′ with the above-described structure is taken out, the push of the action piece 25 is released and the alarm buzzer 22 sounds.

  Therefore, even if an attempt is made to push the action piece 25 by inserting a finger into the display case K ′ from the window 28 immediately after the alarm buzzer 22 sounds, the obstacle 131 prevents the fingertip from reaching the action piece 25, The buzzer 22 cannot be stopped, and the alarm buzzer 22 that keeps ringing notifies the theft.

  As in the thirteenth embodiment, both main walls 35 may be provided with windows 28, and the obstacle portion 131 may be provided with a cusp 132 (the effect of the cusp 132 is the same as that of the thirteenth embodiment). And the explanation is omitted).

  In the sixteenth embodiment of the present invention, as shown in FIG. 36, a window 28 for viewing the storage anti-theft object A ′ provided on the main wall 35 of the display case K ′ of the fifth embodiment is provided with a manual button. 24 obstruction prevention obstacles 131 are provided.

  The obstacle portion 131 (shape) for preventing the push of the button 24 to remain in the window 28 is the same as in the thirteenth embodiment, and the description thereof is omitted.

  It should be noted that the configuration of the display case K ′, the guide means B ′, the alarm buzzer 22 that holds the power source 21, the switch 23 ON / OFF button 24 (the button 24 is pushed back by the stored anti-theft object A ′). The insertion member 38, the locking means C for preventing the insertion member 38 from being pulled out when the insertion of the insertion member 38 is completed, and the engaging means D for preventing the opening of the display case K 'by the insertion of the insertion member 38 are as follows. The release method for releasing the locking relationship of the locking means C is the same as in the first embodiment, and the description is omitted because it is the same as in the first embodiment.

  The button 24 of the switch 23 passes through the through hole 51 of the partition wall 5 constituting the guide means B 'and faces the display case K'.

  If comprised as mentioned above, when the display case K 'is destroyed and the antitheft object A' stored is taken out, the push of the button 24 is released and the alarm buzzer 22 sounds.

  Therefore, even if an attempt is made to push the button 24 by inserting the finger H into the display K ′ from the window 28 immediately after the alarm buzzer 22 rings, the obstacle buzzer 131 prevents the fingertip from reaching the button 24 and the alarm buzzer 22. The alarm buzzer 22 that can not be stopped and keeps ringing notifies of the theft.

  As in the thirteenth embodiment, both main walls 35 may be provided with windows 28, and the obstacle portion 131 may be provided with a cusp 132 (the effect of the cusp 132 is the same as that of the thirteenth embodiment). And the explanation is omitted).

  In the seventeenth and eighteenth embodiments of the present invention, as shown in FIGS. 37 to 41, the side wall 2 of the case K provided with the window 28 on the side wall 2 shown in the thirteenth and fourteenth embodiments has an opening 1. The product A is pushed back against the return force accompanying the storage of the slide of the product A (as shown in FIG. 47), and is returned along with the slide in the escape direction of the product A, and the manually acting piece 25 (of the seventeenth embodiment). In the case) and the obstruction piece 141 for preventing the push-back of the button 24 (in the case of the eighteenth embodiment).

  For example, in the case shown in the drawing, the obstruction piece 141 is provided with a notch 142 similar to an arc shape or a U shape whose both ends are directed to the guide means B, B ′ on the side wall 2 of the synthetic resin case K. Inclined to push the obstruction piece 141 smoothly by pushing the obstruction piece 141 toward the inner side of the side wall 2 and preventing the obstruction of the obstruction piece 141 from facing the storage slide leading surface of the obstruction piece 141 due to the collision of the merchandise A An edge 144 is provided to facilitate the storage slide of the product A.

  Then, when the case K is destroyed and the product A is taken out, the obstacle piece 141 is returned into the case K, and the seventeenth embodiment is obtained by an insert from the window 28 (for example, with a finger H, a driver, a stick, or the like). In that case, in the eighteenth embodiment, the alarm buzzer 22 cannot be stopped by blocking the action piece 25 by the obstacle piece 141 covering the action piece 25 or the button 24 even if the button 24 is pushed. .

  For this reason, the alarm buzzer 22 continues to sound to notify the theft.

  In the illustrated example, the obstacle piece 141 is provided on both side walls 2, but it may be provided only on the side wall 2 side.

  Further, although the cut 142 is provided, another obstacle piece 141 may be fixedly provided on the inner surface of the side wall 2.

  And as shown in the figure, the obstacle 131 and the obstacle piece 141 of the thirteenth and fourteenth embodiments may be provided side by side.

  In the nineteenth and twentieth embodiments of the present invention, as shown in FIGS. 42 to 46, the main case of the synthetic resin display case K ′ having the window 28 in the main wall 35 shown in the fifteenth and sixteenth embodiments. The wall 35 is pushed back against the return force by the anti-theft object stored in the display case K ′, and is returned when the anti-theft object A ′ is taken out. The obstruction piece 141 for preventing the push-back of the button 24 (in the case of the twentieth embodiment) is provided.

  The obstruction piece 141 is provided by making a cut 142 in the main wall 35 and pushing the inside of the cut 142 into the main wall 35. The obstruction piece 141 as another component is fixed to the inner surface of the main wall 35. It can also be provided.

  When configured as described above, the same specific effects as those of the seventeenth and eighteenth embodiments are exhibited (the operation is the same and the description thereof is omitted).

  As shown in the figure, the inner surface of the free end edge of the obstacle piece 141 (by providing an inclined edge portion 144 on the storage space side, it is possible to prevent the product A or the anti-theft object A ′ from being pushed by a collision. The obstacle piece 141 can be smoothly pushed away.

  In the twenty-first embodiment of the present invention, the anti-theft tag T is provided on the insertion member 4 and the insertion member 38 of the seventh, eighth, ninth, tenth, eleventh, twelve, thirteenth, fourteenth, fifteenth, sixteenth and seventeenth.

  The anti-theft tag T is the same as in the sixth embodiment, and the description of the operation and effect is omitted.

  In the twenty-second and twenty-third embodiments of the present invention, as shown in FIGS. 48 and 49, the anti-theft tag T is provided on the case K, and the anti-theft tag T is provided on the display case K ′.

  The anti-theft tag T is the same as in the sixth embodiment, and a description thereof will be omitted.

  Then, when there is no anti-theft tag on the insertion members 4 and 38, it is possible to detect even if the stored case K or the display case K 'for the product A or the anti-theft object A' is taken out of the store.

  In the twenty-fourth embodiment of the present invention, as shown in FIGS. 50 to 54, a box 31 and a lid provided on one side of the box 31 via a hinge 34 so as to open and close the opening of the box 31. 33 forms a display case K ′ for storing the anti-theft object A ′.

  Further, an insertion member 38 guided by guide means B ′ as an insertion path 201 provided in the display case K ′ is inserted from an insertion port 37 provided in a required position of the display case K ′, and the insertion member 38 is inserted. The box body 31 and the lid body 33 are provided with engagement means D for preventing the opening of the display case K ′ by the engagement relationship.

  In the illustrated case (as shown in FIGS. 50, 52, and 54), the engaging means D is a staggered pattern that protrudes from the inner surface of the abutting peripheral walls 36 and 36 of the box body 31 and the lid body 33 to the back surface of the counterpart peripheral wall 36. The hook member 202 is provided, and the protruding portion 204 provided on the side edge of the surface facing the back surface of the peripheral wall 36 of the insertion member 38 inserted into the insertion path 201 is caught by the insertion member 38 serving as a hook. Although the opening of the display case K ′ is prevented, the present invention is not limited, and for example, the engaging means D of the third embodiment may be adopted. In short, the display member K ′ is prevented from being opened by the inserted insertion member 38.

  In the case shown in the figure, a flange plate 205 is provided on the insertion member 38, and along the insertion of the insertion member 38, the flange plate 205 is passed through the long hole 206 of the peripheral wall 36 of the box 31, so that the peripheral wall 36 of the lid 33 is notched. Although the edge of the saddle plate 205 is inserted into 207 to prevent the opening, the present invention is not limited to this.

  The structure of the display case K ′ and the guide means B ′ forming the insertion path 201 are the same as those in the third embodiment, and a description thereof will be omitted.

  The anti-theft object A ′ is the same as in the third embodiment, and a description thereof is omitted.

  Further, the insertion member 38 and the display case K ′ are provided with a locking means C that is pushed back as the insertion member 38 is inserted and that is locked when the insertion is completed to prevent the insertion member 38 from being pulled out. .

  The structure and operation of the locking means C, and the method of pulling out the insertion member 38 in a state where the locking relationship of the locking means C using the release tool X to pull out the insertion member 38 is released is the first embodiment. The description is omitted because of the same.

  In the illustrated example, the through hole 14 is provided so as to straddle the butted edges of the peripheral walls 36 and 36 of the box body 31 and the lid body 33, but is not limited thereto, and may be provided on one peripheral wall 36.

  The insertion member 38 is provided with an alarm buzzer 22 for holding the power source 21 and an ON / OFF switch 23 for the alarm buzzer 22. An ON / OFF switching agent 211 for the switch 23 is provided in the insertion path 201. A certain range ON state is set by the action portion 212 provided as the insertion member 38 slides in the escape direction.

  As shown in FIG. 53, the state where the constant range is ON is that the action body 211 rides on the action section 212 of the rail strip that protrudes when the insertion member 38 is inserted into the insertion path 201 and is slightly slid in the escape direction. The push-up operation is continued for a certain range. However, as shown in FIGS. 61 and 62, the action portion 212 is changed to a groove to be recessed, and the button-type action body 211 of the switch 23 is changed to the groove shape. The switch 23 may be switched so as to be turned on.

  As shown in the drawing, if the end of the insertion slot 37 of the action part 212 of the rail strip is inclined upward in the insertion direction of the insertion member 38 and the tapered part 213 is inclined, the action member 211 is not caught and the insertion member 38 is smoothly moved. When the action part 212 is a groove, the action part 212 can be inclined at both ends of the groove to smoothly escape the button-type action body 211 from the groove part to the groove end.

  In the figure, reference numeral 214 denotes a support claw for the center hole of the disc which is the anti-theft object A ′. T is an anti-theft tag, and the effect of the anti-theft tag T is the same as in the sixth embodiment, and a description thereof is omitted.

  Of course, the anti-theft tag T is provided in either the insertion member 38 or the display case K ′.

  With the above configuration, after the anti-theft object A ′ is stored in the display case K ′ and the display case K ′ is closed, the insertion member 38 is inserted by the guide of the guide means B ′. Due to the locking relationship of the locking means C, the insertion member 38 is prevented from being pulled out, and the display case K ′ is kept closed.

  At this time, as shown in FIG. 50, the action body 211 is located at the end of the action section 212 and the action body 211 is not pushed up, so the switch 23 is turned off and the alarm buzzer 22 does not sound.

  However, when the locking relationship of the locking means C by the customer is released as shown in FIG. 57 and the insertion member 38 is slid in the escape direction, the action body 211 is moved to the action portion 212 as shown in FIGS. It gets on and the switch 23 is turned on.

  Then, the alarm buzzer 22 sounds and notifies the theft.

  At this time, if the insertion member 38 is pushed in by the customer, the action body 211 does not ride on the action section 212 (as shown in FIG. 59), so the switch 23 by the action body 211 turns from ON to OFF, and the alarm buzzer. 22 stops.

  That is, the display case K ′ is prevented from being opened and the theft prevention object A ′ is prevented from being stolen.

  Moreover, the locking relationship of the locking means C is canceled using the release tool X on the shop side, and the insertion member 38 is extracted on the shop side under the release.

  The action body 211 rides on the action section 212 along with the extraction (the switch 23 may be turned on by pushing back the button-type action body 211), and the alarm buzzer 22 sounds and the extraction is continued. At the same time, the action body 211 is detached from the action section 212 and the switch 23 is turned OFF, and the alarm buzzer 22 is stopped by this OFF.

  The inserted insertion member 38 is collected in the shop and reused.

  Then, the display case K ′ is not prevented from being opened, and the display case K ′ is used as a rental or sales case.

  It should be noted that when the insertion member 38 is pulled out or inserted, the action part 211 is actuated by the action part 212 to temporarily turn on the switch 23, and the alarm buzzer 22 sounds by this turning on, so that the capacity of the power source 21 remains. Can know.

  If the alarm buzzer 22 does not sound or if the sound is weak, the shop can know that the capacity of the power source 21 has run out or that the capacity has decreased.

  In the twenty-fifth embodiment of the present invention, as shown in FIGS. 55 and 56, an opening 1 for taking in and out the product A is provided on the entire surface of the display case K.

  The configuration of the case K and the product A are the same as those in the first embodiment, and a description thereof will be omitted.

  Further, the case K is provided with guide means B as an insertion path 201 directed from the opening 1 to the opposite direction of the opening 1, and the insertion member 4 is inserted into the insertion path 201 by being guided by the guide means B. At the end of the insertion member 4 (the opposite end in the insertion direction), a stopper 6 that closes a part of the opening 1 as the insertion of the insertion member 4 ends and prevents the product A from being removed is provided.

  The insertion member 4 having the guide means B and the stopper 6 is the same as in the first embodiment, and a description thereof will be omitted.

  In the illustrated example, the stopper 6 is provided via the pin hinge 7, but the presence or absence of the hinge 7 is not limited, and the operational effects of the hinge 7 are the same as those in the first embodiment, and the description thereof is omitted.

  Further, the insertion member 4 and the case K (inside the insertion path 201) are pushed back as the insertion member 4 is inserted, and are brought into a locking relationship with the end of the insertion to prevent the insertion member 4 from being pulled out. And a through-hole 14 is provided.

  The structure and operation of the locking means, and the method of pulling out the insertion member 4 in a situation where the locking relationship of the locking means C using the release tool X for pulling out the insertion member 4 is released is the first embodiment. The description is omitted because of the same.

  Further, the insertion member 4 is provided with an alarm buzzer 22 for holding the power source 21 similar to that in the twenty-fourth embodiment and an ON / OFF switch 23 for the alarm buzzer 22. Is set to a certain range ON state by the action portion 212 provided in the insertion path 201 as the insertion member 4 slides in the escape direction.

  The configuration of the action part 212 and the actions and effects of the action body 211 and the action part 212 are the same as in the twenty-fourth embodiment, and a description thereof will be omitted.

  Further, an antitheft tag T is provided on either the insertion member 4 or the case K.

  The operational effects of the anti-theft tag T are the same as in the sixth embodiment, and a description thereof will be omitted.

  Further, the through hole 14 constituting the locking means C of the 24th and 25th embodiments is a long hole that is long in the sliding direction of the insertion members 38 and 4.

  The length of the long hole is such that the locking claw 11 in the locked state slightly slides in the long hole, that is, the insertion members 38 and 4 are slightly moved in the escape direction under the locking relationship of the locking means C. Is allowed to slide.

  Then, when the customer pulls and slides the insertion members 38, 4 in the escape direction, as shown in FIGS. 59 and 60, the action part 211 is acted by the action part 212 to turn on the switch 23. The alarm buzzer 22 sounds and is intended to make the customer hesitant.

  In the twenty-sixth embodiment of the present invention, as shown in FIGS. 63 to 66, a box 31 and a lid provided on one side of the box 31 via a hinge 34 so as to open and close the opening of the box 31. 33 forms a display case K ′ for storing the anti-theft object A ′.

  Further, an insertion member 38 guided by guide means B ′ as an insertion path 201 provided in the display case K ′ is inserted from an insertion port 37 provided in a required position of the display case K ′, and the insertion member 38 is inserted. The box body 31 and the lid body 33 are provided with engagement means D for preventing the opening of the display case K ′ by the engagement relationship.

  In the illustrated case (as shown in FIGS. 50, 52, and 54), the engaging means D is a staggered pattern that protrudes from the inner surface of the abutting peripheral walls 36 and 36 of the box body 31 and the lid body 33 to the back surface of the counterpart peripheral wall 36. The hook member 202 is provided, and the protruding portion 204 provided on the side edge of the surface facing the back surface of the peripheral wall 36 of the insertion member 38 inserted into the insertion path 201 is caught by the insertion member 38 serving as a hook. Although the opening of the display case K ′ is prevented, the present invention is not limited, and for example, the engaging means D of the third embodiment may be adopted. In short, the display member K ′ is prevented from being opened by the inserted insertion member 38.

  In the case shown in the figure, a flange plate 205 is provided on the insertion member 38, and along the insertion of the insertion member 38, the flange plate 205 is passed through the long hole 206 of the peripheral wall 36 of the box 31, so that the peripheral wall 36 of the lid 33 is notched. Although the edge of the saddle plate 205 is inserted into 207 to prevent the opening, the present invention is not limited to this.

  The structure of the display case K ′ and the guide means B ′ forming the insertion path 201 are the same as those in the third embodiment, and a description thereof will be omitted.

  The anti-theft object A ′ is the same as in the third embodiment, and a description thereof is omitted.

  Further, the insertion member 38 and the display case K ′ are provided with a locking means C that is pushed back as the insertion member 38 is inserted and that is locked when the insertion is completed to prevent the insertion member 38 from being pulled out. .

  The structure and operation of the locking means C, and the method of pulling out the insertion member 38 in a state where the locking relationship of the locking means C using the release tool X to pull out the insertion member 38 is released is the first embodiment. The description is omitted because of the same.

  In the illustrated example, the through hole 14 is provided so as to straddle the butted edges of the peripheral walls 36 and 36 of the box body 31 and the lid body 33, but is not limited thereto, and may be provided on one peripheral wall 36.

  Further, the insertion member 38 is provided with an alarm buzzer 22 for holding the power source 21 and an ON / OFF switch 23 for the alarm buzzer 22, and the switching member 251 for ON / OFF of the switch 23 is connected to the insertion member. As the insertion of the insertion member 38 is pushed back, the ON state is brought about, and as the insertion member 38 is inserted, the end of the working body 251 in the protruding direction is inserted into the through hole 252 provided through the front and back surfaces of the wall of the display case K ′. It is set in an OFF state by releasing (returning) pushing back of the action body 251 in accordance with the fitting.

  The above-mentioned action body 251 is not limited to the swinging method of applying a restoring force in which the protruding direction end rises as shown in the figure, and may be, for example, a retracting button method of applying a restoring force in the protruding direction.

  The through hole 252 is provided in the peripheral wall 36 having the locking portion 14 in the illustrated case, but is not limited and may be provided in the main wall 35.

  At this time, the action body 251 is also positioned on the main wall 35 side.

  With the above configuration, after the anti-theft object A ′ is stored in the display case K ′ and the display case K ′ is closed, the insertion member 38 is inserted by the guide of the guide means B ′. The insertion member 38 is prevented from being pulled out by the engagement relationship of the locking means C, and the display case K ′ is prevented from being opened by the engagement relationship of the engagement means D.

  At this time, since the projecting direction end of the action body 251 is fitted into the through hole 252 and the action body 251 is not pushed back, the switch 23 is OFF.

  Under this circumstance, if the action body 251 in the through hole 252 is pushed in with a customer's gripping material or the like, the switch 23 is turned on and the alarm buzzer 22 sounds, so that the shop side is informed of the theft. Giving guilt and jealousy.

  The engagement relationship of the locking means C is released by pushing back the locking claw 11 with the projection Y using the shop-side release tool X in the same manner as in the first embodiment (shown in FIG. 6). The projection Y ′ of X is pushed into the through-hole 252 to cause the action body 251 to escape from the through-hole 252 as shown in FIG. 67, and the slider 104 is slid in the escape direction by pulling the photograph 104 held in the escape state. .

  Then, the insertion member 38 is slid in the escape direction together, the slide insertion member 38 is pulled out, and the insertion member 38 is collected in the shop.

  When the insertion member 38 is pulled out, the action body 251 is pushed back by the projection Y ′. Therefore, the switch 23 is turned ON, the buzzer 22 sounds, and the action piece 251 is not pushed back along the insertion path 201 when the insertion member 38 is pulled out. Therefore, the switch 23 is turned OFF and the buzzer 22 alarm does not sound.

  The configuration and operation of the release tool X that releases the locking relationship of the locking claws 11 are the same as those in the first embodiment, and a description thereof will be omitted.

  In the twenty-seventh embodiment of the present invention, as shown in FIGS. 68 and 69, an opening 1 for taking in and out the product A is provided on the entire surface of the display case K.

  Further, the case K is provided with guide means B as an insertion path for the insertion member 4 that faces from the opening 1 to the opposite direction of the opening 1.

  Furthermore, a stopper 6 is provided at the end of the insertion member 4 to close the opening 1 at the end of the insertion of the insertion member 4 and prevent the product A from being removed.

  The configurations of the commodity A, the case K, the guide means B, and the stopper 6 are the same as those in the first embodiment, and the presence or absence of the pin hinge 7 is not limited. The effects of the pin hinge 7 are the same as those in the first embodiment. The description is omitted because of the same.

  Further, the opposing surface of the case K or the guide means B and the insertion member 4 is provided with a locking means C which is in a locking relationship with the end of the insertion of the insertion member 4 and stops the slide of the insertion member 4 in the escape direction. is there.

  The configuration and operational effects of the locking means C (consisting of the locking claw 13 and the locking portion 14) are the same as in the first embodiment, and the description thereof is omitted.

  Further, the insertion member 4 is provided with an alarm buzzer 22 for holding the power source 21 and a switch 23 for the alarm buzzer 22 as in the first and twenty-sixth embodiments. The peripheral wall 3 is provided with a through hole 252 into which the projecting direction ends of the 251 and the working body 251 are fitted. Of course, the through hole 252 may be provided in the side wall 2 and the action body 251 of the switch 23 may be directed to the side wall 2 side.

  The operational effects associated with the configurations of the working body 251 and the through hole 252 are the same as those in the twenty-sixth embodiment, and a description thereof is omitted.

  Then, the effect body 251 and the through hole 252 exhibit a unique effect as in the twenty-sixth embodiment.

  Further, an anti-theft tag T is provided on one of the insertion members 4 and 38 or the display case K ′ and the case K to detect taking out of the shop.

  The configuration and operational effects of the anti-theft tag T are the same as in the sixth embodiment, and a description thereof will be omitted.

  In the illustrated case, the tag T is provided on the insertion members 4 and 38, but is not limited thereto, and may be provided on the display case K ′ or the case K.

  The explanation of the release is omitted because it is the same as in the twenty-sixth embodiment, and it is effective when the insertion member 4 slides one pitch in the escape direction and the pin hinge 7 of the stopper 6 escapes from the guide means B. Since the body 251 fits into the locking portion 14, the switch 23 is turned off and the buzzer 22 alarm does not sound.

  Further, regarding the relationship between the action body 251 and the switch 23, if the push-in amount of the action body 251 is large, the switch 23 is turned on and the buzzer 22 sounds. If the push-in amount is small (when the push-in is halfway), the switch 23 So that the buzzer 22 does not sound when is turned off.

  Then, when the action body 251 is pushed so as to escape from the through hole 252, the switch 23 is turned ON, an alarm of the buzzer 22 sounds, and the pushing amount of the action body 251 in the insertion path 201 when sliding in the withdrawal direction of the insertion member 38. If the buzzer 22 is prevented from sounding (by contact with the inner surface of the insertion path 201) (for example, as shown in FIG. 70, it faces the protruding end of the action body 251 such as the peripheral wall 3 forming the insertion path 201). The projecting end of the action body 251 fits into the groove 301 provided on the inner surface of the action body 251), and the switch 23 is turned on and the buzzer 22 sounds only when the customer presses the action body 251 in the initial stage or on the way. Can be.

  Of course, the groove 301 is provided in a predetermined range such as a range in the escape direction of one pitch of the insertion member 38, and the groove 301 is not limited to the twenty-seventh embodiment, but is provided in the twenty-sixth embodiment. You can also.

  In the twenty-eighth embodiment of the present invention, as shown in FIGS. 71 to 74, a case K having an opening 1 for taking in and out the product A on one side of the periphery, and the case K opposite to the opening 1 from the opening 1 Guide means B as an insertion path provided in the direction, an insertion member 4 guided and inserted by the guide means B, a stopper 6 provided at the opening 1 side end of the insertion member 4, and a case K or guide means B The anti-theft device comprises a locking means C that prevents the insertion member 4 from being pulled out by engaging with the opposing surface of the insertion member 4 as the insertion of the insertion member 4 ends.

  The configuration and operation of the case K, the guide means B, the locking means C, and the stopper 6 of the insertion member 4 are the same as those in the first embodiment, and a description thereof will be omitted.

  Of course, the stopper 6 is not limited to the one provided via the pin hinge 7, and the collision between the product A and the stopper 6 may be avoided by forcibly pulling up the escape end of the insertion member 4. The case K is not limited to FIG. 1 (in the first embodiment), and may be as shown in FIG. 20 (eighth embodiment).

  Further, the insertion member 4 is provided with an alarm buzzer 22 for holding a power source (battery) 21 and an ON / OFF switch 23 for the alarm buzzer 22 as in the first embodiment.

  Further, a connecting portion of the bifurcated action body 401 is supported by the insertion member 4 via a pin 402 so as to be rotatable, and one action piece 403 of the action body 401 is provided on the partition wall 5 of the guide means B. The insertion member 4 is inserted into the through hole 26 and is pushed back by being brought into contact with the product A stored in the case K under the insertion end state of the insertion member 4 (pushed up as shown in FIG. 73). The button 24 is pushed by the other action piece 404 pushed back together with the one action piece 403 pushed in contact with the other button 24, so that the switch 23 is turned off.

  In the illustrated case, the working body 401 is attached by passing a pin 402 through a winding portion 405 provided by spirally winding an intermediate portion of a steel wire. By this attachment, both working pieces 403 and 404 are attached in the same direction. However, instead of the above steel wire, an elastic synthetic resin molded product may be used.

  In the figure, reference numeral 501 denotes a cover attached with a hooking claw 504 hooked to a hooking portion 502 at one end and a hooking hole 503 at the other end.

  With the above configuration, after the product A is stored in the case K, the insertion member 4 is inserted to the insertion end position, so that the insertion member 4 is prevented from being pulled out by the locking relationship of the locking means C. At the same time, the stopper 6 that closes a part of the opening 1 prevents the product A from being taken out of the case K, and the removal of the case K outside the shop is detected by a tag T provided on the insertion member 4.

  At this time, as shown in FIG. 73, one action piece 403 is pushed back by the contact of one action piece 403 fitted into the through-hole 26 and the stored product A, and the other action piece 404 is pushed back by this push-back. Since the switch 23 is pushed, the switch 23 is turned OFF and the alarm buzzer 22 does not sound.

  When the case K is damaged in this state and the product A is removed from the case K, the push-back of the one action piece 403 by the product A is lost, the push of the button 24 by the other action piece 404 is lost, and the switch 23 is turned on. The alarm buzzer 22 sounds by this ON to notify the theft.

  Next, as shown in FIGS. 75 and 76, the locking relationship of the locking means C is released by the shop-side release tool X.

  The release by the release tool X is the same as in the first embodiment, and a description thereof will be omitted.

  When the slider 104 is gripped toward the front (left direction in FIG. 75) after the release 104 is released, the protrusion 103 of the slider 102 is caught by the stopper 6 and the insertion member 4 is slid in the escape direction. 78. By evacuating from this, and withdrawing the stopper 6 as shown in FIG. 78 in a state where a part of the opening 1 is not closed, the product A is extracted from the case K on the shop side, and the extracted product A is lent out. Sell.

  At this time, as shown in FIGS. 76 and 77, as the insertion member 4 slides in the escape direction such as 1 pitch, the guide means B escapes from the through hole 26 to the inner surface (in the case, the inner surface of the partition wall 5). Since the action piece 403 abuts and the button 24 is pushed by the other action piece 404, the alarm buzzer 22 does not sound.

  Under this condition, the pushing member 4 is slightly slid in the immersion direction.

  Then, the one action piece 403 in the guide means B that has been pushed back falls into the through-hole 26 as shown in FIG. 78, and this depression causes the push of the button 24 by the other action piece 404 to disappear. 23 becomes ON and the alarm buzzer 22 sounds.

  When the alarm buzzer 22 sounds, the presence or absence of the capacity of the power source 21 can be confirmed.

  For example, the bifurcated action body 401 of the above-described twenty-eighth embodiment is used for the insertion member 38 of the third, twelfth, and twenty-fourth embodiments, and the other action body 404 is made to act on the button 24. In this way, the presence or absence of the power source 21 (battery) can be confirmed by fitting one acting body 403 into the through hole 26 (not shown).

  The holding power supply 21 of each embodiment can be replaced on the shop side.

  Further, as shown in FIGS. 79 to 81, a first through hole 501 is provided directly above the button 24 of the peripheral wall 3 of the 28th embodiment, and a second through hole 502 is provided immediately above the button 24 of the insertion member 4. Keep it.

  The first through hole 501 and the second through hole 502 are configured so as to match with each other in the upper and lower directions in the drawing when the insertion member 4 is inserted.

  Further, a confirmation tool 503 is prepared on the shop side.

  As shown in FIG. 80, the confirmation tool 503 has a fitting body 504 fitted to the corner of the display case K for accurate positioning from above in the figure, and a first through hole 501 of the fitting body 504. The first through hole 501 that protrudes from the back surface of the wall that overlaps the peripheral wall 3, and the push shaft 505 that passes through the second through hole 502, and the projecting length of the push shaft 505 is the length of the fitting body 504. The button 24 is pushed when the fitting is completed, and the switch 23 is turned on. When the switch 23 is turned on, the alarm buzzer 22 sounds.

  Then, as shown in FIG. 81, the button 24 is pushed by the tip of the push shaft 505 by inserting the push shaft 505 of the confirmation tool 503 on the shop side from the first through hole 501 into the second through hole 502 ( Since the button 24 is changed from the chain line position in FIG. 81 to the solid line position) and the switch 23 is turned on to generate the alarm buzzer 22, the presence or absence of the power source 21 can be confirmed on the shop side.

  After confirmation, the confirmation tool 503 is removed and collected at the shop side.

  Then, there is an effect that the troublesome work of extracting the insertion member 4 from the case K and checking the capacity of the power source 21 is not required.

  Further, when the customer pushes the saddle from the first through hole 501 into the second through hole 502 at the time of display, the button 24 is pushed, so that the switch 23 is turned on and the alarm buzzer 22 sounds to notify the theft. The alarm buzzer 22 continues to become active (even if the brazing material is pulled out) if the pushing amount of the brazing material is large and the action piece 404 does not return for some reason.

  In order to stop the alarm buzzer 22 that continues to sound, the insertion member 4 is slid in the escape direction by the release tool X on the shop side, and then the insertion member 4 is returned and returned.

  Of course, the confirmation of the presence or absence of the capacity of the power source 21 is not limited to the display case K. The presence / absence of the power supply 21 can be confirmed by using the state action body 401 (not shown).

1 is an exploded perspective view showing a first embodiment of the present invention. The perspective view of an insertion member same as the above Partially cutaway side view with the insertion member inserted into the case Partially cutaway side view with product stored in case Longitudinal front view Partial cutaway side view showing release Partial cutaway side view with the insertion member pulled out Partially cutaway side view of product slid in the escape direction from the case Partially cutaway side view showing a second embodiment Exploded perspective view showing the third embodiment Unfolded perspective view of the case Partially cutaway side view with the insertion member inserted into the case Partial cutaway front view Partially cutaway side view showing a fourth embodiment Vertical side view showing the fifth embodiment Exploded perspective view showing the seventh embodiment Partially cutaway side view with the insertion member inserted into the case Exploded perspective view showing the eighth embodiment Partially cutaway side view with the insertion member inserted into the case The perspective view which shows the other example of a case Vertical sectional side view showing the ninth embodiment Longitudinal enlarged side view showing the main part Same vertical enlarged front view Longitudinal side view showing the tenth embodiment Longitudinal enlarged side view showing the main part Same vertical enlarged front view Longitudinal side view showing the eleventh embodiment Longitudinal enlarged front view showing the main part Longitudinal side view showing the twelfth embodiment The main part of the above is a longitudinally enlarged front view showing The perspective view which shows the principal part of 13th Embodiment Longitudinal side view Vertical sectional side view showing the fourteenth embodiment A perspective view showing a fifteenth embodiment. Longitudinal side view Vertical sectional side view showing the sixteenth embodiment A perspective view showing a seventeenth embodiment. Longitudinal side view Front view of the same section Vertical sectional side view showing the eighteenth embodiment Longitudinal front view A perspective view showing a nineteenth embodiment. Longitudinal side view Front view of the same section Vertical sectional side view showing the twentieth embodiment Longitudinal front view Longitudinal front view with obstacles pushed back by product The perspective view which shows the case of 22nd Embodiment The perspective view which shows the display case of 23rd Embodiment A perspective view showing a twenty-fourth embodiment. Perspective view of insertion member Perspective view of case and insertion member Same part cutaway side view Longitudinal rear view Exploded perspective view showing the 25th embodiment Longitudinal side view Partially cutaway side view showing the main part of the 24th and 25th embodiments Partially cutaway side view showing the same effect as above Partially cutaway side view showing an example of a through hole Partially cutaway side view showing the same effect Partially cutaway side view showing another example of the action part Partially cutaway side view showing the same effect as above The perspective view of the display case which shows 26th Embodiment Perspective view of insertion member Same perspective view Same part cutaway side view Partial cutaway side view showing release Exploded perspective view showing the twenty-seventh embodiment Identical partially cutaway side view Partial cutaway side view showing the appearance of the action body Exploded perspective view showing the twenty-eighth embodiment. The exploded perspective view of the insertion member used for the same Partially cutaway side view showing the main part Longitudinal rear view Longitudinal side view showing use of release tool Longitudinal side view of the released state Vertical side view showing stopper collision avoidance Longitudinal side view of the power supply Partially cutaway side view showing another example of knowing the presence or absence of power supply capacity Perspective view of shop side check tool Enlarged side view showing the use of a verification tool

Explanation of symbols

K, K 'display case A product A' anti-theft object B, B 'guide means C locking means D engaging means T tag 1 opening 2 side wall 3 peripheral wall 4 insertion member 5 partition wall 6 stopper 7 pin hinge 10 notch 11, DESCRIPTION OF SYMBOLS 13 Locking claw 12 Iron piece 14 Locking part 21 Power supply 22 Alarm buzzer 23 Switch 24 Button 25 Action piece 26 Through-hole 31 Box body 33 Lid body 34 Hinge 35 Main wall 36 Peripheral wall 37 Insertion port 38 Insertion member 39 Connecting wall 40 Projection strip 51 Through-hole 61 Locking Claw 62 Through-hole 63 Locking Claw 64 Engaging Part 101 Stopper 111 Saddle or Bar 121 Stopper Projection 131 Obstacle Part 132 Point Part 141 Obstacle Piece 142 Notch 143 Hinge 144 Inclined Edge 201 Insertion Path 202 Hook piece 204 Protruding portion 205 Gutter plate 206 Long hole 207 Notch 211 Action body 212 Action Part 213 taper part 214 support claw 251 action body 252 through hole 301 groove 401 action body 402 pin 403, 404 action piece 405 winding part

Claims (30)

A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being inserted so as to slide while being guided by the guide means An insertion member, a stopper provided at the opening-side end of the insertion member to prevent extraction of the product, and the insertion of the insertion member upon completion of insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided to stop the sliding of the member in the escape direction, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. The operating piece is pushed back by the product in the case and the switch is turned off to face the case. Anti-theft device that. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being inserted so as to slide while being guided by the guide means An insertion member, a stopper provided at the opening-side end of the insertion member to prevent extraction of the product, and the insertion of the insertion member upon completion of insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided to stop sliding in the escape direction of the member, an alarm buzzer for holding the power supply at a predetermined position of the guide means and an ON / OFF switch of the alarm buzzer are provided. When the operation piece of the button is pushed with the end of the insertion of the insertion member, the switch is positioned so as to be turned off. Anti-theft device according to claim. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device comprising a hooking means, wherein the insertion member and the display case are provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. An alarm buzzer to be held and an ON / OFF switch for the alarm buzzer are provided, and a button operating piece of the switch is pushed back by an anti-theft object in the display case to turn the switch off. Anti-theft device, wherein said that to face the inside of the display case so that the state. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being inserted so as to slide while being guided by the guide means An insertion member, a stopper provided at the opening-side end of the insertion member to prevent extraction of the product, and the insertion of the insertion member upon completion of insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided to stop the sliding of the member in the escape direction, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. A theft characterized in that the switch is pushed back by the product in the case so that the switch is turned off. Prevention device. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device comprising a hooking means, wherein the insertion member and the display case are provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. An alarm buzzer to be held and an ON / OFF switch for the alarm buzzer are provided, and the button of this switch is pushed back by an anti-theft object in the display case to turn the switch off. Anti-theft device, wherein said that to face the inside of the display case so. 6. The anti-theft device according to claim 1, wherein an anti-theft tag is provided on the insertion member. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in the opposite direction of the opening from the opening, and a guide means provided so as to slide. An insertion member, a stopper provided at the opening side end of the insertion member so as to prevent extraction of the product, and a lock on the opposing surface of the case or the guide means and the insertion member when the insertion of the insertion member is completed In the anti-theft device comprising the locking means provided to stop the sliding of the insertion member in the extraction direction, the locking means is pushed back to the required surface of the insertion member as the insertion member is inserted. The required number of locking claws that are not sucked and the locking claws are fitted into the wall of the case facing the locking claws so that the locking relationship is established. Anti-theft device, characterized in that is constituted by the through holes. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in the opposite direction of the opening from the opening, and a guide means provided so as to slide. An insertion member, a stopper provided at the opening side end of the insertion member so as to prevent extraction of the product, and a lock on the opposing surface of the case or the guide means and the insertion member when the insertion of the insertion member is completed In the anti-theft device comprising a locking means provided to stop the sliding of the insertion member in the extraction direction, the locking means is inserted into the required surface of the insertion member when the insertion member is inserted. The non-magnetically attracted locking claw and the magnetically absorbed locking claw provided so as to be pushed back, and the wall of the case facing the non-magnetically absorbed locking claw are not magnetically absorbed. Anti-theft device, characterized in that the locking pawl which pawl is 磁吸 of crowded at will locking relationship through hole and casing fitted is constituted by an engaging portion that engages. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in the opposite direction of the opening from the opening, and a guide means provided so as to slide. An insertion member, a stopper provided at the opening side end of the insertion member so as to prevent extraction of the product, and a lock on the opposing surface of the case or the guide means and the insertion member when the insertion of the insertion member is completed In the anti-theft device comprising the locking means provided to stop the sliding of the insertion member in the extraction direction, the locking means is pushed back to the required surface of the insertion member as the insertion member is inserted. A required number of locking claws provided so that the locking claws are fitted into a wall of the case that faces the locking claws, and a through hole is provided so as to have a locking relationship. Is configured, the anti-theft device, characterized in that a stopper for preventing the pushing of the locking claws from the release position of the locking relationship by pushing back into the insertion member. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path is inserted from a certain insertion port, and an engagement means for preventing the display case from being opened is provided between the insertion member and the box body and the lid body. An anti-theft device in which a locking means for preventing the insertion member from being pulled out is provided in the member and the display case in accordance with the insertion of the insertion member, and the locking means is inserted into the required surface of the insertion member. A required number of locking claws provided so as to be pushed back with the insertion of a member, and a penetration provided so that the locking claws fit into a wall facing the locking claw of the display case so as to be in a locking relationship Consists of with holes , Anti-theft device, characterized in that a stopper for preventing the pushing of the locking claws from the release position of the locking relationship by pushing back into the insertion member. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in the opposite direction of the opening from the opening, and a guide means provided so as to slide. An insertion member, a stopper provided at the opening side end of the insertion member so as to prevent extraction of the product, and a lock on the opposing surface of the case or the guide means and the insertion member when the insertion of the insertion member is completed In the anti-theft device comprising the locking means provided to stop the sliding of the insertion member in the extraction direction, the locking means is pushed back to the required surface of the insertion member as the insertion member is inserted. A required number of locking claws provided so that the locking claws are fitted into a wall of the case that faces the locking claws, and a through hole is provided so as to have a locking relationship. The stopper claw configured to prevent the locking claw from being pushed in contact with any of the case, the guide means, or the insertion member at a releasing position of the locking relation by pushing back. Anti-theft device characterized. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path is inserted from a certain insertion port, and an engagement means for preventing the display case from being opened is provided between the insertion member and the box body and the lid body. An anti-theft device in which a locking means for preventing the insertion member from being pulled out is provided in the member and the display case in accordance with the insertion of the insertion member, and the locking means is inserted into the required surface of the insertion member. A required number of locking claws provided so as to be pushed back with the insertion of a member, and a penetration provided so that the locking claws fit into a wall facing the locking claw of the display case so as to be in a locking relationship Consists of with holes The stopper claw is provided with a stopper protrusion that abuts against the case, the guide means, or the insertion member at a release position of the locking relation by pushing back to prevent the locking claw from being pushed. Anti-theft device. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being inserted so as to slide while being guided by the guide means An insertion member, a stopper provided at the opening-side end of the insertion member to prevent extraction of the product, and the insertion of the insertion member upon completion of insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided to stop the sliding of the member in the escape direction, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. The action piece is pushed back by the product in the case so that the switch is turned off to face the case. A window with a view of the stored commodities provided in the sidewall, anti-theft device, characterized in that formed by leaving a disorder of the pushing blocking manual of the working piece. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being inserted so as to slide while being guided by the guide means An insertion member, a stopper provided at the opening-side end of the insertion member to prevent extraction of the product, and the insertion of the insertion member upon completion of insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided to stop the sliding of the member in the escape direction, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. Push the product back in the case back to face the switch so that the switch is turned off. Takes the window overlooking the stored commodities, the anti-theft device, characterized in that formed by leaving a disorder of the pushing blocking manual of the button. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device comprising a hooking means, wherein the insertion member and the display case are provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. An alarm buzzer to be held and an ON / OFF switch for the alarm buzzer are provided, and a button operating piece of the switch is pushed back by an anti-theft object in the display case to turn the switch off. A window for viewing an anti-theft object provided on the main wall of the display case so as to be in the state of the display case is formed, leaving an obstacle for preventing the action piece from being pushed in manually. Anti-theft device. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device comprising a hooking means, wherein the insertion member and the display case are provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. An alarm buzzer to be held and an ON / OFF switch for the alarm buzzer are provided, and the button of this switch is pushed back by an anti-theft object in the display case to turn the switch off. The anti-theft characterized in that the window for viewing the anti-theft object provided on the main wall of the display case is formed leaving an obstacle to prevent the button from being manually pushed in. apparatus. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being inserted so as to slide while being guided by the guide means An insertion member, a stopper provided at the opening-side end of the insertion member to prevent extraction of the product, and the insertion of the insertion member upon completion of insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided to stop the sliding of the member in the escape direction, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. The action piece is pushed back by the product in the case so that the switch is turned off to face the case. The side wall is provided with a window through which the stored product can be seen, and the side wall is pushed back against the return force caused by the storage slide of the product, and returned by the escape slide of the product, and the action piece is prevented from being pushed back manually. Anti-theft object characterized by providing obstacle pieces. A case having an opening for putting in and out a product on one side of the periphery, a guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being inserted so as to slide while being guided by the guide means An insertion member, a stopper provided at the opening-side end of the insertion member to prevent extraction of the product, and the insertion of the insertion member upon completion of insertion of the insertion member on the opposing surface of the case or the guide means and the insertion member In the anti-theft device comprising locking means provided to stop the sliding of the member in the escape direction, the insertion member is provided with an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer. Push the product back in the case back to face the switch so that the switch is turned off. A window for viewing the delivered product is provided, and the side wall is pushed back against the return force caused by the product storage slide, and returned by the escape slide of the product, and an obstacle for preventing the button from being pushed back manually is provided. An anti-theft device characterized by that. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device comprising a hooking means, wherein the insertion member and the display case are provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. An alarm buzzer to be held and an ON / OFF switch for the alarm buzzer are provided, and a button operating piece of the switch is pushed back by an anti-theft object in the display case to turn the switch off. The display case is provided with a window for viewing the anti-theft object on the main wall of the display case and pushed back against the return force by the anti-theft object stored in the main wall. And an anti-theft device provided with an obstacle piece for preventing the action piece from being pushed back by hand while being returned as the anti-theft object is taken out. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device comprising a hooking means, wherein the insertion member and the display case are provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. An alarm buzzer to be held and an ON / OFF switch for the alarm buzzer are provided, and the button of this switch is pushed back by an anti-theft object in the display case to turn the switch off. Facing the display case, providing a window for the anti-theft object to be seen on the main wall of the display case, and being pushed back against the return force by the anti-theft object stored in the main wall, and An anti-theft device characterized in that the anti-theft object is returned as the anti-theft object is taken out, and an obstacle piece for preventing the button from being pushed back manually is provided. The anti-theft device according to claim 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, or 17, wherein the insertion member is provided with an anti-theft tag. The anti-theft device according to claim 1, 2, 4, 7, 8, 9, 11, 13, 14, 17 or 18, wherein an anti-theft tag is provided on the case. 21. The antitheft device according to claim 3, wherein an antitheft tag is provided on the display case. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device comprising a hooking means, wherein the insertion member and the display case are provided with a locking means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. An alarm buzzer to be held and an ON / OFF switch of the alarm buzzer are provided, and the switch on / off action body is moved to a certain extent as the insertion member slides in the escape direction in the insertion path. Provided with an action part to be turned on, the above-mentioned locking means is provided with a required number of locking claws provided so as to be pushed back to the insertion member as the insertion member is inserted, and front and back surfaces on the wall of the display case An antitheft device comprising a through-hole that is in a locking relationship when the locking claw is fitted through the locking claw. A case having an opening for putting in and out a product on one side of the periphery, guide means as an insertion path provided in the case in the direction opposite to the opening from the opening, and being guided by the guide means and inserted into the insertion path An insertion member, a stopper provided at the opening side end of the insertion member so as to prevent the product from being removed, and an engagement surface of the case or the guide means and the insertion member when the insertion of the insertion member is completed. In the anti-theft device comprising a locking means provided to stop sliding in the extraction direction of the insertion member in a stopping relationship, an alarm buzzer for holding power to the insertion member and an ON / OFF switch for the alarm buzzer An action for setting the switch on / off action body in a certain range ON state as the insertion member slides in the escape direction in the insertion path. And the required number of locking claws provided so that the locking means is pushed back to the insertion member as the insertion member is inserted, and the locking claws are inserted through the front and back surfaces of the case wall. An anti-theft device characterized by comprising a through-hole that is in a locking relationship by fitting. A storage display case for an anti-theft object is formed by a box and a lid provided on one side of the box via a hinge so as to open and close the opening of the box, and is provided at a required position of the display case. An insertion member guided by a guide means as an insertion path provided in the display case is inserted from a certain insertion port, and the display case is prevented from being opened by the engagement relationship between the insertion member and the box and lid. An anti-theft device in which engagement means is provided, and the insertion member and the display case are provided with engagement means for preventing the insertion member from being pulled out when the insertion of the insertion member is completed. The required number of locking claws provided to be pushed back to the insertion member as the insertion member is inserted, and the front and rear surfaces of the display case wall are penetrated to engage the locking claws. In addition, an alarm buzzer for holding power and an ON / OFF switch for the alarm buzzer are provided on the insertion member, and an ON / OFF switch for the switch is inserted into the insertion member. In addition, a through hole is provided so that the protruding end side of the action body is fitted into the wall of the display case when the insertion member is inserted and turned off when the insertion member is inserted. Anti-theft device characterized. A case having an opening for taking in and out of a product on one side of the periphery, guide means as an insertion path provided in the case in the opposite direction of the opening from the opening, and being guided by the guide means and inserted into the insertion path An insertion member, a stopper provided at the opening side end of the insertion member so as to prevent the product from being removed, and an engagement surface of the case or the guide means and the insertion member when the insertion of the insertion member is completed. In the anti-theft device provided with a locking means for preventing the insertion member from being pulled out in a joint relationship, the required number of the locking means provided so as to be pushed back to the insertion member as the insertion member is inserted. It is composed of a locking claw and a through-hole provided so that the front and back surfaces penetrate through the wall of the case so as to be locked by fitting the locking claw, and a power is supplied to the insertion member. An alarm buzzer to be held and an ON / OFF switch of the alarm buzzer are provided, and an operation body of this switch is pushed back with the insertion of the insertion member, and the insertion member is inserted into the case wall. An anti-theft device characterized in that a through hole is provided so that the protruding end side of the working body is fitted and turned off when the operation is finished. The anti-theft device according to claim 24, 25, 26 or 27, wherein an anti-theft tag is provided on at least one of the display case or the case and the insertion member. The through-hole allows a slight slide in the escape direction of the insertion member, and has a long hole so that the switch is turned on via an action body that acts by an action portion in accordance with a slide within an allowable range. The antitheft device according to claim 24 or 25. A case having an opening for putting in / out a product on one surface of the periphery, guide means as an insertion path provided in the case in a direction opposite to the opening from the opening, and being guided by the guide means to be inserted into the insertion path An insertion member, a stopper provided at the opening side end of the insertion member so as to prevent the product from being pulled out, and engagement with the opposing surface of the case or guide means and the insertion member upon completion of insertion of the insertion member In the antitheft device provided with a locking means for preventing the insertion member from being pulled out, a required number of engagements are provided so that the locking means is pushed back to the insertion member as the insertion member is inserted. It consists of a pawl and a through-hole provided so that the front and rear surfaces penetrate the wall of the case so as to be in a locking relationship by fitting the locking pawl, and holds the power supply in the insertion member An alarm buzzer and an ON / OFF switch for the alarm buzzer are provided, and a connecting portion of the bifurcated action body of this switch is rotatably attached to an insertion member via a pin, and one action piece of the action body is housed in a case. It penetrates through a through-hole provided in the wall of the guide means so as to be pushed back by the product, and the guide means is brought into contact with the product on one side of the working body and the product in the escape direction of the insertion member. An anti-theft device characterized in that the other operation piece is brought into contact with the button of the switch so that the switch is turned off upon contact.

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